You Approved the CAD File. Here's Where Most Manufacturing Programs Start to Unravel.

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You Approved the CAD File. Here's Where Most Manufacturing Programs Start to Unravel.

Picture a part that has been through weeks of engineering review. The 3D model is solid. Wall thicknesses have been checked, tolerances have been assigned, and the geometry looks exactly the way it needs to function. The file goes out for a manufacturing quote.

And that is the moment where the expensive problems quietly begin.

Not because anything is wrong with the part geometry itself. But because the manufacturing process was chosen after the part was designed, not alongside it. And those two sequences produce very different outcomes.

This pattern shows up across industries and program sizes. A bracket designed without accounting for how injection molding handles wall thickness transitions. A housing with an undercut that forces a five-axis CNC setup when a small geometry change would have eliminated the need entirely. A functional prototype that looks production-ready but was printed in a material and orientation that bears no resemblance to how the final part will actually behave under load.

In almost every case, the root cause is the same. Manufacturing was treated as a downstream activity rather than a design input.

Why Engineers Underestimate What the Process Does to the Part

There is a persistent assumption in product development that a manufacturing process is essentially neutral. You give it a part geometry, it produces that geometry. The CAD model on screen reinforces this thinking. The part looks identical whether it will be machined from aluminum, injection molded in nylon, or printed in resin.

But manufacturing is a physics problem, not a file transfer.

Every process imposes its own set of constraints on the material and the geometry. Injection molding introduces shrink rates and flow dynamics that behave differently depending on where material is thick versus thin on the same part. CNC machining creates tool paths that affect residual stress in the finished part. Additive manufacturing, whether FDM, SLS, or DMLS, builds parts layer by layer, and the bond between those layers is consistently the weakest point under load.

These are not rare failure modes. They are the normal behavior of each process. Predictable, manageable, and entirely avoidable when they are understood before the part geometry is locked in rather than after.

A part design that has been finalized without process knowledge is not really finished. It is a liability waiting to
surface in production.

CNC Materials

1. Stainless steel

A strong and corrosion-resistant material commonly used for CNC machining parts like precision components, medical instruments, and automotive components.

2. Ren

A durable thermoplastic material suitable for CNC machining complex parts like gears, bearings, and bushings, known for its excellent dimensional stability and low friction properties.

3. POM (Acetol)

A versatile engineering plastic widely used for CNC machining components such as precision gears, rollers, and valve bodies due to its low friction, high strength, and dimensional stability.

4. Polycarbonate

An impact-resistant and transparent material often CNC machined into parts like safety goggles, electronic enclosures, and automotive lighting covers due to its excellent strength and optical clarity.

5. PMMA (Acrylic)

A lightweight and transparent material commonly CNC machined into parts like display panels, signage, and lenses due to its optical clarity, UV resistance, and ease of machining.

6. Nylon

A strong and flexible material used for CNC machining parts like gears, pulleys, and bearings due to its high wear resistance, low friction, and excellent mechanical properties.

7.Aluminum

A lightweight and versatile material widely used for CNC machining parts such as housings, brackets, and heat sinks due to its high strength-to-weight ratio, excellent thermal conductivity, and corrosion resistance.

8. ABS

A durable and impact-resistant thermoplastic commonly CNC machined into parts like prototypes, enclosures, and consumer goods due to its good mechanical properties, ease of machining, and wide range of available colors.

9.Brass

A metal alloy known for its excellent machinability and corrosion resistance, often CNC machined into parts like fittings, valves, and decorative components due to its aesthetic appeal and durability.

10. Copper

A highly conductive and malleable material often CNC machined into electrical connectors, heat sinks, and RF shields due to its excellent electrical and thermal properties.

11. Mild Steel

A low-carbon steel commonly CNC machined into parts like brackets, shafts, and structural components due to its strength, machinability, and cost-effectiveness.

12. Magnesium

A lightweight metal used for CNC machining parts like aerospace components, electronic housings, and automotive parts due to its high strength-to-weight ratio, excellent machinability, and good thermal conductivity.

13. Foam

A lightweight and versatile material used for CNC machining applications like packaging inserts, architectural models, and signage due to its ease of machining, low density, and impact-absorbing properties.

14. Delrin

A high-performance engineering plastic known for its excellent dimensional stability, low friction, and high wear resistance, often CNC machined into parts like bushings, gears, and bearings.

1. Stainless steel

A strong and corrosion-resistant material commonly used for CNC machining parts like precision components, medical instruments, and automotive components.

2. Ren

A durable thermoplastic material suitable for CNC machining complex parts like gears, bearings, and bushings, known for its excellent dimensional stability and low friction properties.

3. POM (Acetol)

A versatile engineering plastic widely used for CNC machining components such as precision gears, rollers, and valve bodies due to its low friction, high strength, and dimensional stability.

4. Polycarbonate

5. PMMA (Acrylic)

A lightweight and transparent material commonly CNC machined into parts like display panels, signage, and lenses due to its optical clarity, UV resistance, and ease of machining.

6. Nylon

A strong and flexible material used for CNC machining parts like gears, pulleys, and bearings due to its high wear resistance, low friction, and excellent mechanical properties.

7.Aluminum

8. ABS

9.Brass

10. Copper

A highly conductive and malleable material often CNC machined into electrical connectors, heat sinks, and RF shields due to its excellent electrical and thermal properties.

11. Mild Steel

A low-carbon steel commonly CNC machined into parts like brackets, shafts, and structural components due to its strength, machinability, and cost-effectiveness.

12. Magnesium

13. Foam

14. Delrin

A high-performance engineering plastic known for its excellent dimensional stability, low friction, and high wear resistance, often CNC machined into parts like bushings, gears, and bearings.

Material	Mechanical Properties	Physical Properties	Chemical Properties	Features	Common Applications
High Temp PC Like	Tensile Strength: 60-70 MPa Impact Strength: 10-20 kJ/m² Heat Deflection Temperature: 135-150°C	Transparent or translucent Good dimensional stability	Resistant to many chemicals and oils	Excellent transparency High temperature resistance	Aerospace and Defense: Transparent canopies, Medical: Medical device components
High Temp ABS Like	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Heat Deflection Temperature: 100-120°C	Various colors available Good dimensional stability	Resistant to many chemicals and oils	Suitable for high-temperature applications	Aerospace and Defense: Engine components, Automotive: Engine components
High Strength ABS Like	Tensile Strength: 60-80 MPa Impact Strength: 20-40 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	Various colors available Low density Good dimensional stability	Resistant to many chemicals and oils	High strength and impact resistance Lightweight	Automotive: Bumpers, Aerospace and Defense: Structural components
ABS Like Gray	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	Gray color Low density Good dimensional stability	Resistant to many chemicals and oils	Gray appearance Lightweight Durable	Automotive: Interior components, consumer products: casings, fittings
ABS Like Black	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	Black color Low density Good dimensional stability	Resistant to many chemicals and oils	Black appearance Lightweight – Durable	Consumer Products: Electronics casings, automotive interior parts
ABS Like White	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	White color Low density Good dimensional stability	Resistant to many chemicals and oils	White appearance Lightweight Durable	Consumer Products: Electronics casings, toys, kitchen appliances
ABS	Good impact resistance	Density: 1.03 g/cm³	Resistant to diluted acids, alkalis	High strength, versatility, cost-effective	Automotive, Consumer Products
ABS – M30i	– Good tensile strength	– Density: 1.04 g/cm³	– Medical grade	– Biocompatible, sterilizable, suitable for medical devices	Medical
ABS ESD	– Static-dissipative properties	– Density: 1.06 g/cm³	– ESD protection	– Prevents electrostatic discharge, suitable for electronics	Aerospace and Defense, Consumer Products
ABS-Like	– High toughness and durability	– Density: Varies by formulation	– Resistant to various chemicals	– Resembles ABS but may offer specific improvements	Varies by formulation
Accura 25	– High accuracy and resolution	– Density: Varies by formulation	– Photopolymer	– Used in stereolithography 3D printing, fine details	Consumer Products, Medical, Aerospace and Defense
Accura 60	– High strength and durability	– Density: Varies by formulation	– Photopolymer	– Tough and durable, suitable for functional prototypes	Consumer Products, Aerospace and Defense
Accura AMX Rigid Black	– High impact resistance	– Density: Varies by formulation	– Photopolymer	– Rigid and durable, good for functional prototypes	Consumer Products, Aerospace and Defense
Accura ClearVue	– High transparency and clarity	– Density: Varies by formulation	– Photopolymer	– Crystal clear appearance, ideal for clear parts	Consumer Products, Medical
Accura Xtreme Grey/White	– High toughness and durability	– Density: Varies by formulation	– Photopolymer	– Resistant to high temperatures, strong and rigid	Consumer Products, Aerospace and Defense
ASA	– Excellent UV resistance	– Density: 1.07 g/cm³	– Weather-resistant	– Outdoor durability, retains color and strength in sunlight	Automotive, Consumer Products
Nylon	– High tensile strength	– Density: 1.15 g/cm³	– Resistant to moisture, chemicals	– Tough and durable, suitable for functional parts	Aerospace and Defense, Automotive, Consumer Products
Nylon 11 Flame Retardant	– Flame retardant properties	– Density: Varies by formulation	– Flame-resistant	– Fire safety, suitable for applications requiring flame resistance	Aerospace and Defense, Automotive
Nylon 12	– Good chemical resistance	– Density: 1.02 g/cm³	– Resistant to oils, greases	– Versatile, suitable for various industrial applications	Aerospace and Defense, Automotive, Consumer Products, Oil and Gas
Nylon 6	– High impact strength	– Density: 1.14 g/cm³	– Resistant to moisture, abrasion	– Durable, excellent for applications requiring impact resistance	Automotive, Consumer Products
PA 12 Glass Beads	– Improved stiffness and dimensional stability	– Density: Varies by formulation	– Reinforced with glass beads	– Increased stiffness, suitable for engineering applications	Automotive, Aerospace and Defense
PC-ISO	– High strength and heat resistance	– Density: Varies by formulation	– Biocompatible	– Suitable for medical and aerospace applications	Aerospace and Defense, Medical
PC+ABS	– Good impact resistance	– Density: Varies by formulation	– Resistant to chemicals	– Blends properties of PC and ABS, versatile material	Automotive, Consumer Products
PETG	– Excellent transparency and impact resistance	– Density: 1.27 g/cm³	– Food-safe, BPA-free	– Clarity and toughness, ideal for packaging and displays	Consumer Products, Medical
PLA	– Biodegradable and easy to print	– Density: 1.24 g/cm³	– Biodegradable	– Eco-friendly, easy to 3D print	Consumer Products, Medical
Polycarbonate (PC)	– High impact resistance, optical clarity	– Density: 1.20 g/cm³	– Excellent optical properties	– Exceptional clarity and strength, suitable for transparent parts	Aerospace and Defense, Consumer Products, Medical
Polypropylene	– Low density and good chemical resistance	– Density: 0.90 g/cm³	– Resistant to moisture, chemicals	– Lightweight, suitable for low-stress applications	Consumer Products, Automotive
Rubber-Like	– Flexible and rubber-like properties	– Density: Varies by formulation	– Flexible elastomer	– Mimics rubber, suitable for gaskets and seals	Automotive, Consumer Products
Somos Evolve	– High strength and heat resistance	– Density: Varies by formulation	– Photopolymer	– Engineering-grade material, suitable for functional prototypes	Aerospace and Defense, Automotive
Somos PerFORM	– High stiffness and heat resistance	– Density: Varies by formulation	– Photopolymer	– Strong and stiff, ideal for high-temperature applications	Aerospace and Defense
Somos Waterclear	– High transparency and clarity	– Density: Varies by formulation	– Photopolymer	– Transparent, suitable for clear prototypes and parts	Consumer Products, Medical
Somos Watershed	– Excellent clarity and water resistance	– Density: Varies by formulation	– Photopolymer	– Waterproof, suitable for water-resistant parts	Consumer Products, Medical
ST-130	– High toughness and durability	– Density: Varies by formulation	– Photopolymer	– Rigid, tough, and durable, good for functional prototypes	Consumer Products, Aerospace and Defense
TPU 88A	– Flexible and elastomeric properties	– Density: Varies by formulation	– Thermoplastic polyurethane	– Flexibility and resilience, suitable for elastomeric parts	Automotive, Consumer Products, Medical
Ultem 1010	– High strength, heat, and chemical resistance	– Density: 1.27 g/cm³	– Flame-resistant, UL 94 V0	– Engineering-grade thermoplastic with excellent properties	Aerospace and Defense, Automotive, Oil and Gas
Ultem 9085	– High strength, heat, and chemical resistance	– Density: 1.27 g/cm³	– Flame-resistant, UL 94 V0	– Suitable for aerospace and transportation applications	Aerospace and Defense, Automotive
Vero	– Rigid and durable	– Density: Varies by formulation	– Photopolymer	– Versatile material, good for prototypes and models	Consumer Products, Aerospace and Defense
VeroClear	– High transparency and clarity	– Density: Varies by formulation	– Photopolymer	– Transparent appearance, ideal for clear parts	Consumer Products, Medical

CNC Finishes

Anodizing: An electrochemical process that enhances the surface of metal parts with a protective oxide layer, offering increased corrosion resistance and improved aesthetics. It is preferred for aluminum parts that require durability, color options, and resistance to wear and weathering.
Painting: The application of a protective coating on CNC machined parts to provide aesthetic appeal, color customization, and added protection against corrosion. It is preferred when parts require specific colors, branding, or a decorative finish.
Pad Printing: A printing technique where ink is transferred from a silicone pad onto CNC machined parts, allowing for detailed and precise graphics, text, or logos to be applied. It is preferred when parts require intricate designs, branding, or labeling.
Sanding and Polishing: The process of smoothing the surface of CNC machined parts through abrasion to achieve a desired finish. It is preferred when parts require a smooth, glossy, or reflective surface for aesthetics, improved functionality, or ease of cleaning.
Vapor Polishing: A process that involves exposing CNC machined parts to vaporized solvents, resulting in the surface being melted and re-solidified, producing a high-gloss finish. It is preferred for transparent or clear parts, such as acrylic or polycarbonate, when a glossy and optically clear finish is desired.
Blasting: The use of abrasive materials, such as sand or glass beads, to remove surface imperfections, burrs, or scale from CNC machined parts, resulting in a uniform texture or a matte finish. It is preferred when parts require a textured appearance, improved adhesion for coatings, or to remove sharp edges or burrs.

CNC Parts

1. Aerospace and Defense

- Aircraft components: Wings, fuselage, landing gear.
- Engine parts: Turbine blades, combustion chambers, fuel nozzles.
- Aerospace fasteners: Bolts, nuts, rivets.
- Missile components: Guidance systems, rocket motors, warhead casings.
- Defense system parts: Gun barrels, ammunition casings, armored vehicle components.

2. Automotive

- Engine components: Cylinder heads, pistons, crankshafts.
- Transmission parts: Gears, shafts, synchronizers.
- Brackets and mounts: Engine mounts, suspension brackets.
- Interior trim parts: Dashboard components, door panels.
- Automotive lighting housings: Headlight assemblies, taillight covers.

3. Consumer Products

- Electronic enclosures: Housing for electronic devices, control panels.
- Appliance components: Handles, knobs, control buttons.
- Custom knobs and handles: Decorative or functional knobs and handles.
- Decorative accessories: Ornaments, figurines, jewelry components.
- Personal care product components: Cosmetic containers, toothbrush handles.

4. Energy

- Turbine parts: Blades, vanes, rotor discs.
- Pump and valve components: Impellers, valve bodies, seals.
- Heat exchanger parts: Tubes, fins, headers.
- Solar panel components: Mounting brackets, frames, junction boxes.
- Electrical connectors: Cable connectors, terminal blocks, sockets.

5. Medical

- Surgical instruments: Forceps, scalpels, retractors.
- Implantable device components: Joint implants, pacemaker components.
- Prosthetic parts: Limb sockets, joint components.
- Medical equipment housings: Casing for diagnostic equipment, monitors.
- Dental appliance components: Denture frames, orthodontic brackets.

6. Oil and Gas

- Drilling tool components: Drill bits, drill collars, stabilizers.
- Valve bodies and seats: Gate valves, ball valves, control valves.
- Pump parts: Impellers, casings, seals.
- Subsea connectors: Couplings, connectors, riser systems.
- Pipeline fittings and flanges: Flange connections, pipe connectors, pipeline supports.

Aerospace and defence

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Gaskets and Seals
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Interior Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Shock Absorbers
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Engine Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Drones and UAVs

Engine Seal, Cargo Door Seal, Hydraulic System Seal, Landing Gear Door Seal and Fuselage Joint Seal

Armrest, Tray Table, Seat Cushion, Overhead Console, Window Frame, Headrest and Lavatory Fixture

Helicopter Skid Shock Absorber, Cockpit Seat Shock Absorber, Cargo Ramp Shock Absorber, Parachute Landing Shock Absorber, Nose Wheel Strut and Main Landing Gear Strut

Turbine Blade, Combustion Chamber Liner, Thrust Reverser Component, Fuel Nozzle, Engine Mount Isolator, Exhaust Duct Liner, Intake Manifold Gasket, Heat Shield, Engine Baffle Seal and Ignition Coil Boot

Drone Frame, Landing Gear Leg, Propeller Guard, Camera Mount, GPS Antenna Enclosure, Gimbal Stabilizer, Motor Mount Bracket and Arm Reinforcement Plate

Automotive

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Suspension Bushings
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Bump Stops
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Interior Trim
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Body Kits
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Tire Treads

Front Lower Control Arm Bushing, Rear Upper Control Arm Bushing, Sway Bar Bushing, Subframe Bushing, Strut Mount Bushing, Leaf Spring Bushing, Tie Rod End Bushing, Trailing Arm Bushing, Stabilizer Bar Bushing and Steering Rack Bushing

Front Bump Stop, Rear Bump Stop, Strut Bump Stop, Coil Spring Bump Stop, Shock Absorber Bump Stop, Sway Bar Bump Stop and Axle Bump Stop

Dashboard Panel Trim, Door Panel Insert, Cup Holder Trim, Headliner Trim, Seat Back Panel and Glove Compartment Trim

Front Bumper Spoiler, Rear Bumper Diffuser, Side Skirts, Fender Flares, Hood Scoop, Roof Spoiler and Front Lip Spoiler

Forklift Front Tire Tread, Forklift Rear Tire Tread, Industrial Vehicle Rear Tire Tread, Warehouse Equipment Tire Tread, Lawn Tractor Tire Tread and Material Handling Equipment Tire Tread

Not sure which process fits your part geometry?

Our team reviews designs across CNC, injection molding, additive, cast urethane, sheet metal, and more. We will tell you what works, what does not, and why.

Talk to a PrintForm engineer today.

The Three Knowledge Gaps That Create the Most Downstream Pain

Across manufacturing programs where process selection goes wrong, the same three gaps appear repeatedly.

The first is process-material interaction. Materials get selected based on mechanical specifications such as tensile strength, temperature resistance, and chemical compatibility. What gets missed is how that same material behaves inside a specific process. Shrink rates in injection molding, flow characteristics under pressure, layer adhesion in additive builds. These are different variables from datasheet properties, and they change the dimensional and structural outcome of the finished part.

The second gap is tolerance realism. CAD software makes it effortless to assign any tolerance to any feature of a part. Manufacturing makes some of those tolerances expensive, slow, or practically impossible to hold consistently at production volumes. Tight tolerances applied uniformly across an entire part, often out of habit rather than functional requirement, are one of the most consistent sources of avoidable cost in programs of every scale.

The third is geometry-process fit. A part geometry optimized for CNC machining may be deeply inefficient to injection mold. A design that prints cleanly in an additive process may fail when cast. The geometry and the process need to be evaluated together, not decided independently and reconciled later.

These three gaps share a common thread. They are all invisible on a CAD model. They only become visible when someone with cross-process manufacturing experience looks at the geometry before the quote goes out, not after the
first article comes back wrong.

Why a Single Benchmark Part Reveals What Assumptions Hide

The most direct way to understand what a manufacturing process actually does versus what it is assumed to do is to run the exact same part geometry through multiple processes and compare the results side by side.

That is the methodology behind the experiment this series is built on. One shared benchmark part. Eight manufacturing processes. The part geometry stays constant throughout. What changes is everything else: dimensional accuracy, surface quality, cost curves, lead time, material behavior, and the tradeoffs that only become visible when you understand how each process actually works.

The benchmark part was not designed to be simple. It includes a tight-tolerance bore, an undercut geometry, intersecting ribs, non-uniform wall sections, a thin-wall section, a cosmetic surface requirement, and a threaded interface. Each feature was chosen deliberately because it creates a meaningful challenge for at least one process and reveals something different in each.

The finding that held consistently across all eight processes: no single process handled all seven features equally well. That inequality is not a flaw in the experiment. It is the entire point.

See exactly how all eight processes handled this benchmark part.

Tolerances, surface finish, cost curves, lead time, and feature-by-feature breakdowns. All in one place.

Download the free e-book

The Most Expensive Mistakes Are Timing Mistakes

The data from running one part through eight processes points clearly to one finding. The most expensive errors in manufacturing programs are not technical failures. They are timing failures.

Choosing a process after the part geometry is already locked means absorbing whatever that process requires as a retrofit, whether it is redesigning features, accepting compromises in dimensional accuracy, or discovering that secondary operations were never accounted for in the original quote.

Committing to tooling before the design is validated means that every change after that point carries a cost that scales with how far into production the program has moved.

Optimizing within one process instead of comparing realistic alternatives means that better options on cost, lead time, or quality are never evaluated at all.

Each of these timing errors is avoidable. But only if manufacturing knowledge enters the program early enough to actually influence decisions, not late enough to only explain what went wrong.

Bad assumptions do not announce themselves. They accumulate quietly across reviews and approvals. By the time the pain surfaces, the design is locked, tooling is ordered, the production schedule is committed, and the budget for course correction has already been spent somewhere else.

What Holds True Across All Eight Processes

Every blog in this series examines a specific process in detail: what it genuinely delivers, where it quietly struggles, and how it performed against the shared benchmark part. But the principle that holds throughout is consistent.

The best manufacturing decisions are made early, with complete visibility across process options, and with input from people who understand how part geometry, material selection, and tolerance callouts translate into real production outcomes.

What we see across programs is that the teams who get this right are not the ones with the largest budgets or the most sophisticated CAD tools. They are the ones who treat manufacturing knowledge as a design input and bring that knowledge into the conversation before the file goes out for a quote.

The rest of this series goes deep on each process. Starting with the two that engineers most often choose between at the wrong time and for the wrong reasons.

Want the full picture before your next process decision?

We ran one benchmark part through eight manufacturing processes and documented every tradeoff across dimensional accuracy, surface finish, cost, and lead time. No assumptions. No generics.

Download the free e-book

Then talk to our team about applying it to your specific program.

Consumer Products

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Footwear
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Toys and Games
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Appliance Handles
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Sporting Goods
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Personalized Promotional Items

Shoe Insoles, Shoe Outsoles, Shoe Midsoles, Heel Cushions, Arch Support Inserts and Shoelaces

Action figure parts, Puzzle pieces, Board game components, Toy car bodies and Doll accessories

DALL·E 2023-08-11 10.38.45 - Razor handle

Refrigerator Door Handle, Dishwasher Door Handle, Toaster Handle and Kitchen Appliance Drawer Handle

Tennis Racket Grip, Golf Club Grips, Bicycle Handlebar Grips, Fishing Rod Handles, Ski Pole Grips, Bowling Ball Finger Inserts and Ping Pong Paddle Grips

Branded keychains, Customized USB drives, Logo-bearing pens, Promotional event giveaways, Custom phone stands, Business card holders, Unique promotional trophies, Customized badges and buttons, Drink coasters with logos and Event-specific 3D printed gifts

Energy

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Oil Seals
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Hydroelectric Turbine Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Solar Panel Encapsulants
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Wind Turbine Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Battery Enclosures

Pump Shaft Seal, Compressor Piston Seal, Valve Stem Seal, Crankshaft Seal, Transmission Input Shaft Seal, Hydraulic Cylinder Seal, Gearbox Output Seal, Oil Cooler Seal, Gas Turbine Seal and Wellhead Seal

Turbine Blade, Runner Hub, Wicket Gate, Generator Stator, Penstock Liner, Draft Tube, Turbine Bearing, Blade Pitch Control Arm, Guide Vane and Turbine Nozzle

Solar Cell Encapsulation Sheet, Frame Gasket and Busbar Encapsulation

Wind Turbine Blade, Pitch Bearing Seal, Mainshaft Bearing, Rotor Hub, Gearbox Breather Plug and Tower Flange Gasket

Battery Terminal Cover, Ventilation Grommet, Battery Rack Enclosure, Cable Entry Grommet, Busbar Insulator and Battery Module Housing

Medical

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Medical Device Grips
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Prosthetic Limbs
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Medical Equipment Housings
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Orthopedic Braces
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Dental Models

Surgical Scissor Handle, Endoscope Control Knob, Blood Pressure Cuff Bulb, Ultrasound Probe Handle, Electrode Holder Grip and Insulin Pen Handle

Prosthetic Foot Sole, Shin Tube, Ankle Component, Suspension Sleeve and Cosmetic Cover

Anesthesia Machine Enclosure, Medical Cart Housing, Blood Analyzer Casing, MRI Machine Enclosure and Ventilator Housing

Elbow Brace Pad, Patella Stabilizer Brace and Lumbar Support Brace

Tooth Model Crown, Gingiva Model, Dental Bridge Model, Implant Model, Orthodontic Appliance Model, Bite Registration Model, Study Cast and Wax Bite Rim Model

Oil and Gas

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Valve Seals
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Pipe Linings
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Offshore Equipment Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Pump Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Subsea Connectors

Gate Valve Seal, Ball Valve Seat, Butterfly Valve Seal, Plug Valve Seal, Check Valve Seal, Pressure Relief Valve Seal, Globe Valve Seal, Choke Valve Seat, Diaphragm Valve Seal and Control Valve Plug Seal

Pipeline Lining Sleeve, Pipe Bend Lining, Pipe Elbow Lining, Pipe Reducer Lining, Pipe Tee Lining, Pipe Flange Lining, Pipe Coupling Lining, Pipe Cross Lining, Pipe Transition Lining aaand Pipe Spool Lining

Offshore Platform Leg Pad, Subsea Umbilical Clamp, ROV (Remotely Operated Vehicle) Component, Offshore Crane Bushing, Subsea Cable Connector Seal, Offshore Buoyancy Module, Underwater Pipelaying Equipment Part, Offshore Anchor Block, Platform Mooring Component and Offshore Pipeline Pigging Component

Pump Impeller, Pump Volute, Pump Shaft Sleeve, Pump Wear Ring, Pump Casing, Pump Diffuser, Pump Coupling, Pump Suction Bell and Pump Discharge Nozzle

Subsea Electrical Connector, Subsea Hydraulic Connector, Subsea Fiber Optic Connector, Subsea Instrumentation Connector, Subsea Pressure Sensor Connector, Subsea Control System Connector, Subsea Wellhead Connector, Subsea Pipeline Connector, Subsea Manifold Connector and Subsea ROV Connector

CNC Materials

1. Stainless steel

A strong and corrosion-resistant material commonly used for CNC machining parts like precision components, medical instruments, and automotive components.

2. Ren

A durable thermoplastic material suitable for CNC machining complex parts like gears, bearings, and bushings, known for its excellent dimensional stability and low friction properties.

3. POM (Acetol)

A versatile engineering plastic widely used for CNC machining components such as precision gears, rollers, and valve bodies due to its low friction, high strength, and dimensional stability.

4. Polycarbonate

5. PMMA (Acrylic)

A lightweight and transparent material commonly CNC machined into parts like display panels, signage, and lenses due to its optical clarity, UV resistance, and ease of machining.

6. Nylon

A strong and flexible material used for CNC machining parts like gears, pulleys, and bearings due to its high wear resistance, low friction, and excellent mechanical properties.

7.Aluminum

8. ABS

9.Brass

10. Copper

A highly conductive and malleable material often CNC machined into electrical connectors, heat sinks, and RF shields due to its excellent electrical and thermal properties.

11. Mild Steel

A low-carbon steel commonly CNC machined into parts like brackets, shafts, and structural components due to its strength, machinability, and cost-effectiveness.

12. Magnesium

13. Foam

14. Delrin

A high-performance engineering plastic known for its excellent dimensional stability, low friction, and high wear resistance, often CNC machined into parts like bushings, gears, and bearings.

1. Stainless steel

A strong and corrosion-resistant material commonly used for CNC machining parts like precision components, medical instruments, and automotive components.

2. Ren

A durable thermoplastic material suitable for CNC machining complex parts like gears, bearings, and bushings, known for its excellent dimensional stability and low friction properties.

3. POM (Acetol)

A versatile engineering plastic widely used for CNC machining components such as precision gears, rollers, and valve bodies due to its low friction, high strength, and dimensional stability.

4. Polycarbonate

5. PMMA (Acrylic)

A lightweight and transparent material commonly CNC machined into parts like display panels, signage, and lenses due to its optical clarity, UV resistance, and ease of machining.

6. Nylon

A strong and flexible material used for CNC machining parts like gears, pulleys, and bearings due to its high wear resistance, low friction, and excellent mechanical properties.

7.Aluminum

8. ABS

9.Brass

10. Copper

A highly conductive and malleable material often CNC machined into electrical connectors, heat sinks, and RF shields due to its excellent electrical and thermal properties.

11. Mild Steel

A low-carbon steel commonly CNC machined into parts like brackets, shafts, and structural components due to its strength, machinability, and cost-effectiveness.

12. Magnesium

13. Foam

14. Delrin

A high-performance engineering plastic known for its excellent dimensional stability, low friction, and high wear resistance, often CNC machined into parts like bushings, gears, and bearings.

Material	Mechanical Properties	Physical Properties	Chemical Properties	Features	Common Applications
High Temp PC Like	Tensile Strength: 60-70 MPa Impact Strength: 10-20 kJ/m² Heat Deflection Temperature: 135-150°C	Transparent or translucent Good dimensional stability	Resistant to many chemicals and oils	Excellent transparency High temperature resistance	Aerospace and Defense: Transparent canopies, Medical: Medical device components
High Temp ABS Like	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Heat Deflection Temperature: 100-120°C	Various colors available Good dimensional stability	Resistant to many chemicals and oils	Suitable for high-temperature applications	Aerospace and Defense: Engine components, Automotive: Engine components
High Strength ABS Like	Tensile Strength: 60-80 MPa Impact Strength: 20-40 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	Various colors available Low density Good dimensional stability	Resistant to many chemicals and oils	High strength and impact resistance Lightweight	Automotive: Bumpers, Aerospace and Defense: Structural components
ABS Like Gray	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	Gray color Low density Good dimensional stability	Resistant to many chemicals and oils	Gray appearance Lightweight Durable	Automotive: Interior components, consumer products: casings, fittings
ABS Like Black	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	Black color Low density Good dimensional stability	Resistant to many chemicals and oils	Black appearance Lightweight – Durable	Consumer Products: Electronics casings, automotive interior parts
ABS Like White	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	White color Low density Good dimensional stability	Resistant to many chemicals and oils	White appearance Lightweight Durable	Consumer Products: Electronics casings, toys, kitchen appliances
ABS	Good impact resistance	Density: 1.03 g/cm³	Resistant to diluted acids, alkalis	High strength, versatility, cost-effective	Automotive, Consumer Products
ABS – M30i	– Good tensile strength	– Density: 1.04 g/cm³	– Medical grade	– Biocompatible, sterilizable, suitable for medical devices	Medical
ABS ESD	– Static-dissipative properties	– Density: 1.06 g/cm³	– ESD protection	– Prevents electrostatic discharge, suitable for electronics	Aerospace and Defense, Consumer Products
ABS-Like	– High toughness and durability	– Density: Varies by formulation	– Resistant to various chemicals	– Resembles ABS but may offer specific improvements	Varies by formulation
Accura 25	– High accuracy and resolution	– Density: Varies by formulation	– Photopolymer	– Used in stereolithography 3D printing, fine details	Consumer Products, Medical, Aerospace and Defense
Accura 60	– High strength and durability	– Density: Varies by formulation	– Photopolymer	– Tough and durable, suitable for functional prototypes	Consumer Products, Aerospace and Defense
Accura AMX Rigid Black	– High impact resistance	– Density: Varies by formulation	– Photopolymer	– Rigid and durable, good for functional prototypes	Consumer Products, Aerospace and Defense
Accura ClearVue	– High transparency and clarity	– Density: Varies by formulation	– Photopolymer	– Crystal clear appearance, ideal for clear parts	Consumer Products, Medical
Accura Xtreme Grey/White	– High toughness and durability	– Density: Varies by formulation	– Photopolymer	– Resistant to high temperatures, strong and rigid	Consumer Products, Aerospace and Defense
ASA	– Excellent UV resistance	– Density: 1.07 g/cm³	– Weather-resistant	– Outdoor durability, retains color and strength in sunlight	Automotive, Consumer Products
Nylon	– High tensile strength	– Density: 1.15 g/cm³	– Resistant to moisture, chemicals	– Tough and durable, suitable for functional parts	Aerospace and Defense, Automotive, Consumer Products
Nylon 11 Flame Retardant	– Flame retardant properties	– Density: Varies by formulation	– Flame-resistant	– Fire safety, suitable for applications requiring flame resistance	Aerospace and Defense, Automotive
Nylon 12	– Good chemical resistance	– Density: 1.02 g/cm³	– Resistant to oils, greases	– Versatile, suitable for various industrial applications	Aerospace and Defense, Automotive, Consumer Products, Oil and Gas
Nylon 6	– High impact strength	– Density: 1.14 g/cm³	– Resistant to moisture, abrasion	– Durable, excellent for applications requiring impact resistance	Automotive, Consumer Products
PA 12 Glass Beads	– Improved stiffness and dimensional stability	– Density: Varies by formulation	– Reinforced with glass beads	– Increased stiffness, suitable for engineering applications	Automotive, Aerospace and Defense
PC-ISO	– High strength and heat resistance	– Density: Varies by formulation	– Biocompatible	– Suitable for medical and aerospace applications	Aerospace and Defense, Medical
PC+ABS	– Good impact resistance	– Density: Varies by formulation	– Resistant to chemicals	– Blends properties of PC and ABS, versatile material	Automotive, Consumer Products
PETG	– Excellent transparency and impact resistance	– Density: 1.27 g/cm³	– Food-safe, BPA-free	– Clarity and toughness, ideal for packaging and displays	Consumer Products, Medical
PLA	– Biodegradable and easy to print	– Density: 1.24 g/cm³	– Biodegradable	– Eco-friendly, easy to 3D print	Consumer Products, Medical
Polycarbonate (PC)	– High impact resistance, optical clarity	– Density: 1.20 g/cm³	– Excellent optical properties	– Exceptional clarity and strength, suitable for transparent parts	Aerospace and Defense, Consumer Products, Medical
Polypropylene	– Low density and good chemical resistance	– Density: 0.90 g/cm³	– Resistant to moisture, chemicals	– Lightweight, suitable for low-stress applications	Consumer Products, Automotive
Rubber-Like	– Flexible and rubber-like properties	– Density: Varies by formulation	– Flexible elastomer	– Mimics rubber, suitable for gaskets and seals	Automotive, Consumer Products
Somos Evolve	– High strength and heat resistance	– Density: Varies by formulation	– Photopolymer	– Engineering-grade material, suitable for functional prototypes	Aerospace and Defense, Automotive
Somos PerFORM	– High stiffness and heat resistance	– Density: Varies by formulation	– Photopolymer	– Strong and stiff, ideal for high-temperature applications	Aerospace and Defense
Somos Waterclear	– High transparency and clarity	– Density: Varies by formulation	– Photopolymer	– Transparent, suitable for clear prototypes and parts	Consumer Products, Medical
Somos Watershed	– Excellent clarity and water resistance	– Density: Varies by formulation	– Photopolymer	– Waterproof, suitable for water-resistant parts	Consumer Products, Medical
ST-130	– High toughness and durability	– Density: Varies by formulation	– Photopolymer	– Rigid, tough, and durable, good for functional prototypes	Consumer Products, Aerospace and Defense
TPU 88A	– Flexible and elastomeric properties	– Density: Varies by formulation	– Thermoplastic polyurethane	– Flexibility and resilience, suitable for elastomeric parts	Automotive, Consumer Products, Medical
Ultem 1010	– High strength, heat, and chemical resistance	– Density: 1.27 g/cm³	– Flame-resistant, UL 94 V0	– Engineering-grade thermoplastic with excellent properties	Aerospace and Defense, Automotive, Oil and Gas
Ultem 9085	– High strength, heat, and chemical resistance	– Density: 1.27 g/cm³	– Flame-resistant, UL 94 V0	– Suitable for aerospace and transportation applications	Aerospace and Defense, Automotive
Vero	– Rigid and durable	– Density: Varies by formulation	– Photopolymer	– Versatile material, good for prototypes and models	Consumer Products, Aerospace and Defense
VeroClear	– High transparency and clarity	– Density: Varies by formulation	– Photopolymer	– Transparent appearance, ideal for clear parts	Consumer Products, Medical

CNC Finishes

Anodizing: An electrochemical process that enhances the surface of metal parts with a protective oxide layer, offering increased corrosion resistance and improved aesthetics. It is preferred for aluminum parts that require durability, color options, and resistance to wear and weathering.
Painting: The application of a protective coating on CNC machined parts to provide aesthetic appeal, color customization, and added protection against corrosion. It is preferred when parts require specific colors, branding, or a decorative finish.
Pad Printing: A printing technique where ink is transferred from a silicone pad onto CNC machined parts, allowing for detailed and precise graphics, text, or logos to be applied. It is preferred when parts require intricate designs, branding, or labeling.
Sanding and Polishing: The process of smoothing the surface of CNC machined parts through abrasion to achieve a desired finish. It is preferred when parts require a smooth, glossy, or reflective surface for aesthetics, improved functionality, or ease of cleaning.
Vapor Polishing: A process that involves exposing CNC machined parts to vaporized solvents, resulting in the surface being melted and re-solidified, producing a high-gloss finish. It is preferred for transparent or clear parts, such as acrylic or polycarbonate, when a glossy and optically clear finish is desired.
Blasting: The use of abrasive materials, such as sand or glass beads, to remove surface imperfections, burrs, or scale from CNC machined parts, resulting in a uniform texture or a matte finish. It is preferred when parts require a textured appearance, improved adhesion for coatings, or to remove sharp edges or burrs.

CNC Parts

1. Aerospace and Defense

- Aircraft components: Wings, fuselage, landing gear.
- Engine parts: Turbine blades, combustion chambers, fuel nozzles.
- Aerospace fasteners: Bolts, nuts, rivets.
- Missile components: Guidance systems, rocket motors, warhead casings.
- Defense system parts: Gun barrels, ammunition casings, armored vehicle components.

2. Automotive

- Engine components: Cylinder heads, pistons, crankshafts.
- Transmission parts: Gears, shafts, synchronizers.
- Brackets and mounts: Engine mounts, suspension brackets.
- Interior trim parts: Dashboard components, door panels.
- Automotive lighting housings: Headlight assemblies, taillight covers.

3. Consumer Products

- Electronic enclosures: Housing for electronic devices, control panels.
- Appliance components: Handles, knobs, control buttons.
- Custom knobs and handles: Decorative or functional knobs and handles.
- Decorative accessories: Ornaments, figurines, jewelry components.
- Personal care product components: Cosmetic containers, toothbrush handles.

4. Energy

- Turbine parts: Blades, vanes, rotor discs.
- Pump and valve components: Impellers, valve bodies, seals.
- Heat exchanger parts: Tubes, fins, headers.
- Solar panel components: Mounting brackets, frames, junction boxes.
- Electrical connectors: Cable connectors, terminal blocks, sockets.

5. Medical

- Surgical instruments: Forceps, scalpels, retractors.
- Implantable device components: Joint implants, pacemaker components.
- Prosthetic parts: Limb sockets, joint components.
- Medical equipment housings: Casing for diagnostic equipment, monitors.
- Dental appliance components: Denture frames, orthodontic brackets.

6. Oil and Gas

- Drilling tool components: Drill bits, drill collars, stabilizers.
- Valve bodies and seats: Gate valves, ball valves, control valves.
- Pump parts: Impellers, casings, seals.
- Subsea connectors: Couplings, connectors, riser systems.
- Pipeline fittings and flanges: Flange connections, pipe connectors, pipeline supports.

Aerospace and defence

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Gaskets and Seals
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Interior Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Shock Absorbers
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Engine Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Drones and UAVs

Engine Seal, Cargo Door Seal, Hydraulic System Seal, Landing Gear Door Seal and Fuselage Joint Seal

Armrest, Tray Table, Seat Cushion, Overhead Console, Window Frame, Headrest and Lavatory Fixture

Helicopter Skid Shock Absorber, Cockpit Seat Shock Absorber, Cargo Ramp Shock Absorber, Parachute Landing Shock Absorber, Nose Wheel Strut and Main Landing Gear Strut

Turbine Blade, Combustion Chamber Liner, Thrust Reverser Component, Fuel Nozzle, Engine Mount Isolator, Exhaust Duct Liner, Intake Manifold Gasket, Heat Shield, Engine Baffle Seal and Ignition Coil Boot

Drone Frame, Landing Gear Leg, Propeller Guard, Camera Mount, GPS Antenna Enclosure, Gimbal Stabilizer, Motor Mount Bracket and Arm Reinforcement Plate

Automotive

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Suspension Bushings
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Bump Stops
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Interior Trim
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Body Kits
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Tire Treads

Front Lower Control Arm Bushing, Rear Upper Control Arm Bushing, Sway Bar Bushing, Subframe Bushing, Strut Mount Bushing, Leaf Spring Bushing, Tie Rod End Bushing, Trailing Arm Bushing, Stabilizer Bar Bushing and Steering Rack Bushing

Front Bump Stop, Rear Bump Stop, Strut Bump Stop, Coil Spring Bump Stop, Shock Absorber Bump Stop, Sway Bar Bump Stop and Axle Bump Stop

Dashboard Panel Trim, Door Panel Insert, Cup Holder Trim, Headliner Trim, Seat Back Panel and Glove Compartment Trim

Front Bumper Spoiler, Rear Bumper Diffuser, Side Skirts, Fender Flares, Hood Scoop, Roof Spoiler and Front Lip Spoiler

Forklift Front Tire Tread, Forklift Rear Tire Tread, Industrial Vehicle Rear Tire Tread, Warehouse Equipment Tire Tread, Lawn Tractor Tire Tread and Material Handling Equipment Tire Tread

Consumer Products

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Footwear
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Toys and Games
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Appliance Handles
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Sporting Goods
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Personalized Promotional Items

Shoe Insoles, Shoe Outsoles, Shoe Midsoles, Heel Cushions, Arch Support Inserts and Shoelaces

Action figure parts, Puzzle pieces, Board game components, Toy car bodies and Doll accessories

Refrigerator Door Handle, Dishwasher Door Handle, Toaster Handle and Kitchen Appliance Drawer Handle

Tennis Racket Grip, Golf Club Grips, Bicycle Handlebar Grips, Fishing Rod Handles, Ski Pole Grips, Bowling Ball Finger Inserts and Ping Pong Paddle Grips

Branded keychains, Customized USB drives, Logo-bearing pens, Promotional event giveaways, Custom phone stands, Business card holders, Unique promotional trophies, Customized badges and buttons, Drink coasters with logos and Event-specific 3D printed gifts

Energy

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Oil Seals
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Hydroelectric Turbine Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Solar Panel Encapsulants
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Wind Turbine Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Battery Enclosures

Pump Shaft Seal, Compressor Piston Seal, Valve Stem Seal, Crankshaft Seal, Transmission Input Shaft Seal, Hydraulic Cylinder Seal, Gearbox Output Seal, Oil Cooler Seal, Gas Turbine Seal and Wellhead Seal

Turbine Blade, Runner Hub, Wicket Gate, Generator Stator, Penstock Liner, Draft Tube, Turbine Bearing, Blade Pitch Control Arm, Guide Vane and Turbine Nozzle

Solar Cell Encapsulation Sheet, Frame Gasket and Busbar Encapsulation

Wind Turbine Blade, Pitch Bearing Seal, Mainshaft Bearing, Rotor Hub, Gearbox Breather Plug and Tower Flange Gasket

Battery Terminal Cover, Ventilation Grommet, Battery Rack Enclosure, Cable Entry Grommet, Busbar Insulator and Battery Module Housing

Medical

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Medical Device Grips
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Prosthetic Limbs
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Medical Equipment Housings
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Orthopedic Braces
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Dental Models

Surgical Scissor Handle, Endoscope Control Knob, Blood Pressure Cuff Bulb, Ultrasound Probe Handle, Electrode Holder Grip and Insulin Pen Handle

Prosthetic Foot Sole, Shin Tube, Ankle Component, Suspension Sleeve and Cosmetic Cover

Anesthesia Machine Enclosure, Medical Cart Housing, Blood Analyzer Casing, MRI Machine Enclosure and Ventilator Housing

Elbow Brace Pad, Patella Stabilizer Brace and Lumbar Support Brace

Tooth Model Crown, Gingiva Model, Dental Bridge Model, Implant Model, Orthodontic Appliance Model, Bite Registration Model, Study Cast and Wax Bite Rim Model

Oil and Gas

CNC Parts

You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Valve Seals
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Pipe Linings
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Offshore Equipment Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Pump Components
You Approved the CAD File. Here’s Where Most Manufacturing Programs Start to Unravel Subsea Connectors

Gate Valve Seal, Ball Valve Seat, Butterfly Valve Seal, Plug Valve Seal, Check Valve Seal, Pressure Relief Valve Seal, Globe Valve Seal, Choke Valve Seat, Diaphragm Valve Seal and Control Valve Plug Seal

Pipeline Lining Sleeve, Pipe Bend Lining, Pipe Elbow Lining, Pipe Reducer Lining, Pipe Tee Lining, Pipe Flange Lining, Pipe Coupling Lining, Pipe Cross Lining, Pipe Transition Lining aaand Pipe Spool Lining

Offshore Platform Leg Pad, Subsea Umbilical Clamp, ROV (Remotely Operated Vehicle) Component, Offshore Crane Bushing, Subsea Cable Connector Seal, Offshore Buoyancy Module, Underwater Pipelaying Equipment Part, Offshore Anchor Block, Platform Mooring Component and Offshore Pipeline Pigging Component

Pump Impeller, Pump Volute, Pump Shaft Sleeve, Pump Wear Ring, Pump Casing, Pump Diffuser, Pump Coupling, Pump Suction Bell and Pump Discharge Nozzle

Subsea Electrical Connector, Subsea Hydraulic Connector, Subsea Fiber Optic Connector, Subsea Instrumentation Connector, Subsea Pressure Sensor Connector, Subsea Control System Connector, Subsea Wellhead Connector, Subsea Pipeline Connector, Subsea Manifold Connector and Subsea ROV Connector

Additive Manufacturing and Cast Urethane: Where They Fit and Where They Don't

A product team was twelve weeks from a clinical submission deadline. They needed thirty units of a handheld medical device housing, production-representative in cosmetics, dimensionally accurate, and available in two colorways for user testing.

CNC Machining vs. Injection Molding: What the Numbers Actually Tell You

A consumer electronics company came to us with a housing part they had been machining at low volume while they waited on market validation.

You Approved the CAD File. Here's Where Most Manufacturing Programs Start to Unravel.

The Real Cost of Cheap Overseas Tooling

May 12, 2026

The quote came in at $12,000. The domestic option was $49,000. For a medical device manufacturer under budget pressure, the math looked obvious – until the tool arrived.

Volume Breakpoints: When Injection Molding Actually Makes Sense

May 5, 2026

The product manager’s spreadsheet said injection molding was cheaper. It was – on a per-part basis. What the spreadsheet didn’t include was the $18,000 steel mold, the six-week lead time.

Bridge Production: To Skip or Not to Skip?

April 28, 2026

The design passed DVT. The contract manufacturer had been briefed. The steel mold was quoted. And then someone on the leadership team asked when they could start shipping.

Your Prototype Passed Every Test. Here's Why That's the Problem.

April 21, 2026

The part passed every test. Eight months of iteration, four rounds of DVT, a signed-off design review. The first production run shipped 400 units. Thirty percent came back.

Aluminum Tooling for Low-Volume Manufacturing?

April 14, 2026

The medical device startup had 60 days to get functional housings into the hands of a clinical partner. Their enclosure design was largely validated – one or two minor tweaks still possible, but nothing structural.

The $25,000 Decision: CNC Machining vs Injection Tooling at 1,200 Units

April 07, 2026

A product manager at a consumer electronics company recently landed a pilot order: 1,200 units of a plastic enclosure, confirmed purchase order, ship date in eight weeks.

Manufacturing for Reliability, Not Just Speed - What Changes?

March 31, 2026

A medical device company completes a successful pilot. The manufacturing process looks clean, the assembly line is humming, and the launch timeline is on track – until field returns start coming in at month four.

How Early Manufacturing Decisions Impact Unit Cost at Scale

March 24, 2026

The engineering team celebrated. Their medical device prototype worked perfectly, passed initial testing, and impressed investors. Early manufacturing decisions looked solid.

CNC Machining vs Injection Molding:
Cost, Lead Time, and Volume Tradeoffs

March 17, 2026

The product manager had 72 hours to decide. His startup needed 500 housings for beta units shipping to pilot customers next month.

Injection Molding: From Vendor Management to Supply-Chain Collaboration

March 10, 2026

The call came at 4 PM on a Friday. A Tier 1 automotive supplier’s injection molding resin vendor couldn’t deliver next week’s order. Force majeure.

The New Playbook for Material Agility: Designing Products That Survive Resin Shortages

March 3, 2026

A product manager at a medical device company got the call on a Tuesday morning. Their primary resin supplier declared force majeure. Production stopped.

When Prototypes Fail in Production - and How to Prevent It

February 24, 2026

A medical device startup spent eight months perfecting their prototypes. The design won awards. Investors lined up. Then they scaled to production, and the failure rate hit 40 percent.

How to Choose Between Manufacturing Processes for Functional Prototypes and Low-Volume Production

February 17, 2026

When selecting the manufacturing process for functional prototypes or low-volume production, the decision can often feel overwhelming.

Tooling as a Strategic Asset: The Missing Link in Manufacturing Continuity

February 10, 2026

The production line was ready. Materials were in. Demand was real. Then a single tool cracked.

How Design for Manufacturing and Assembly (DFMA) Builds Predictability from Day One

February 03, 2026

The first prototype looked perfect on screen. Clean geometry. Tight tolerances. Everyone nodded in the review.

Why Resilience Has Replaced Cost as the New Competitive Advantage in Injection Molding

January 27, 2026

In early 2020, a mid-sized molding supplier in Eastern Europe found itself in an unforeseen crisis.

The Biggest Prototyping Bottlenecks Engineers Face Today – And How to Fix Them

January 20, 2026

In Silicon Valley, a product team racing against time had their prototype ready but something was wrong.

Top 10 (CAD) Computer Aided Design Mistakes That Delay Manufacturing

January 13, 2026

The part looked right on the screen. It cleared internal review. It even passed a quick Design For Manufacturing (DFM) check inside the Computer Aided Design environment.

What’s Driving the Surge in Prototype Demand for Robotics, Aerospace, and Medical Industries

January 8, 2026

Rapid Prototyping Is No Longer a Safety Net. It’s the Critical Path.

Empowering Medical Innovations: PrintForm's Cutting-Edge Manufacturing Services

March 16, 2024

In the rapidly evolving healthcare and medical product development marketplace...

The Transformative Power of CNC Machining

October 17, 2023

In the realm of modern manufacturing, CNC machining redefines precision...

FDM 3D Printing Revolutionizing EV Manufacturing

July 07, 2023

The EV industry is evolving rapidly with the help of 3D printing...

3D PRINTING VS COVID-19

January 22, 2021

Dramatic healthcare needs during COVID-19 created urgent manufacturing demand...

PrintForm’s Online Instant Quoting System

October 27, 2020

Getting quotes has never been more convenient...

PrintForm Ends 2018 With NPS of 76

January 14, 2019

Another successful year for PrintForm driven by customer satisfaction...

Injection Molding Glossary

June 25, 2018

Our molding experience has grown tremendously over the years...

Design Considerations For SLS

August 25, 2017

SLS technology is suitable for complex designs and applications...

Unmatched Manufacturing Results through Precision Engineering

Experience the power of PrintForm’s CNC machining services, where precision meets versatility. Our advanced manufacturing processes and skilled engineering team offer an extensive array of finish and secondary processing options. With a commitment to exceeding your expectations, we prioritize your unique requirements over any specific technology or machine. Whether it’s high-quality plastic or metal components, our CNC machining capabilities deliver unmatched dimensional accuracy, critical surface finishes, and material-specific properties. Trust PrintForm to provide precision engineering solutions that empower your success in today’s competitive landscape.

1. Aerospace and Defense

CNC Materials

Stainless steel: A strong and corrosion-resistant material commonly used for CNC machining parts like precision components, medical instruments, and automotive components.
Ren: A durable thermoplastic material suitable for CNC machining complex parts like gears, bearings, and bushings, known for its excellent dimensional stability and low friction properties.
POM (Acetol): A versatile engineering plastic widely used for CNC machining components such as precision gears, rollers, and valve bodies due to its low friction, high strength, and dimensional stability.
Polycarbonate: An impact-resistant and transparent material often CNC machined into parts like safety goggles, electronic enclosures, and automotive lighting covers due to its excellent strength and optical clarity.
PMMA (Acrylic): A lightweight and transparent material commonly CNC machined into parts like display panels, signage, and lenses due to its optical clarity, UV resistance, and ease of machining.
Nylon: A strong and flexible material used for CNC machining parts like gears, pulleys, and bearings due to its high wear resistance, low friction, and excellent mechanical properties.
Aluminum: A lightweight and versatile material widely used for CNC machining parts such as housings, brackets, and heat sinks due to its high strength-to-weight ratio, excellent thermal conductivity, and corrosion resistance.
ABS: A durable and impact-resistant thermoplastic commonly CNC machined into parts like prototypes, enclosures, and consumer goods due to its good mechanical properties, ease of machining, and wide range of available colors.
Brass: A metal alloy known for its excellent machinability and corrosion resistance, often CNC machined into parts like fittings, valves, and decorative components due to its aesthetic appeal and durability.
Copper: A highly conductive and malleable material often CNC machined into electrical connectors, heat sinks, and RF shields due to its excellent electrical and thermal properties.
Mild steel: A low-carbon steel commonly CNC machined into parts like brackets, shafts, and structural components due to its strength, machinability, and cost-effectiveness.
Magnesium: A lightweight metal used for CNC machining parts like aerospace components, electronic housings, and automotive parts due to its high strength-to-weight ratio, excellent machinability, and good thermal conductivity.
Foam: A lightweight and versatile material used for CNC machining applications like packaging inserts, architectural models, and signage due to its ease of machining, low density, and impact-absorbing properties.
Delrin: A high-performance engineering plastic known for its excellent dimensional stability, low friction, and high wear resistance, often CNC machined into parts like bushings, gears, and bearings.

CNC Finishes

Anodizing: An electrochemical process that enhances the surface of metal parts with a protective oxide layer, offering increased corrosion resistance and improved aesthetics. It is preferred for aluminum parts that require durability, color options, and resistance to wear and weathering.
Painting: The application of a protective coating on CNC machined parts to provide aesthetic appeal, color customization, and added protection against corrosion. It is preferred when parts require specific colors, branding, or a decorative finish.
Pad Printing: A printing technique where ink is transferred from a silicone pad onto CNC machined parts, allowing for detailed and precise graphics, text, or logos to be applied. It is preferred when parts require intricate designs, branding, or labeling.
Sanding and Polishing: The process of smoothing the surface of CNC machined parts through abrasion to achieve a desired finish. It is preferred when parts require a smooth, glossy, or reflective surface for aesthetics, improved functionality, or ease of cleaning.
Vapor Polishing: A process that involves exposing CNC machined parts to vaporized solvents, resulting in the surface being melted and re-solidified, producing a high-gloss finish. It is preferred for transparent or clear parts, such as acrylic or polycarbonate, when a glossy and optically clear finish is desired.
Blasting: The use of abrasive materials, such as sand or glass beads, to remove surface imperfections, burrs, or scale from CNC machined parts, resulting in a uniform texture or a matte finish. It is preferred when parts require a textured appearance, improved adhesion for coatings, or to remove sharp edges or burrs.

CNC Parts

1. Stainless steel

A strong and corrosion-resistant material commonly used for CNC machining parts like precision components, medical instruments, and automotive components.

2. Ren

A durable thermoplastic material suitable for CNC machining complex parts like gears, bearings, and bushings, known for its excellent dimensional stability and low friction properties.

3. POM (Acetol)

A versatile engineering plastic widely used for CNC machining components such as precision gears, rollers, and valve bodies due to its low friction, high strength, and dimensional stability.

4. Polycarbonate

5. PMMA (Acrylic)

A lightweight and transparent material commonly CNC machined into parts like display panels, signage, and lenses due to its optical clarity, UV resistance, and ease of machining.

6. Nylon

A strong and flexible material used for CNC machining parts like gears, pulleys, and bearings due to its high wear resistance, low friction, and excellent mechanical properties.

7.Aluminum

8. ABS

9.Brass

10. Copper

A highly conductive and malleable material often CNC machined into electrical connectors, heat sinks, and RF shields due to its excellent electrical and thermal properties.

11. Mild Steel

A low-carbon steel commonly CNC machined into parts like brackets, shafts, and structural components due to its strength, machinability, and cost-effectiveness.

12. Magnesium

13. Foam

14. Delrin

A high-performance engineering plastic known for its excellent dimensional stability, low friction, and high wear resistance, often CNC machined into parts like bushings, gears, and bearings.

1. Stainless steel

A strong and corrosion-resistant material commonly used for CNC machining parts like precision components, medical instruments, and automotive components.

2. Ren

A durable thermoplastic material suitable for CNC machining complex parts like gears, bearings, and bushings, known for its excellent dimensional stability and low friction properties.

3. POM (Acetol)

A versatile engineering plastic widely used for CNC machining components such as precision gears, rollers, and valve bodies due to its low friction, high strength, and dimensional stability.

4. Polycarbonate

5. PMMA (Acrylic)

A lightweight and transparent material commonly CNC machined into parts like display panels, signage, and lenses due to its optical clarity, UV resistance, and ease of machining.

6. Nylon

A strong and flexible material used for CNC machining parts like gears, pulleys, and bearings due to its high wear resistance, low friction, and excellent mechanical properties.

7.Aluminum

8. ABS

9.Brass

10. Copper

A highly conductive and malleable material often CNC machined into electrical connectors, heat sinks, and RF shields due to its excellent electrical and thermal properties.

11. Mild Steel

A low-carbon steel commonly CNC machined into parts like brackets, shafts, and structural components due to its strength, machinability, and cost-effectiveness.

12. Magnesium

13. Foam

14. Delrin

A high-performance engineering plastic known for its excellent dimensional stability, low friction, and high wear resistance, often CNC machined into parts like bushings, gears, and bearings.

Material	Mechanical Properties	Physical Properties	Chemical Properties	Features	Common Applications
High Temp PC Like	Tensile Strength: 60-70 MPa Impact Strength: 10-20 kJ/m² Heat Deflection Temperature: 135-150°C	Transparent or translucent Good dimensional stability	Resistant to many chemicals and oils	Excellent transparency High temperature resistance	Aerospace and Defense: Transparent canopies, Medical: Medical device components
High Temp ABS Like	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Heat Deflection Temperature: 100-120°C	Various colors available Good dimensional stability	Resistant to many chemicals and oils	Suitable for high-temperature applications	Aerospace and Defense: Engine components, Automotive: Engine components
High Strength ABS Like	Tensile Strength: 60-80 MPa Impact Strength: 20-40 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	Various colors available Low density Good dimensional stability	Resistant to many chemicals and oils	High strength and impact resistance Lightweight	Automotive: Bumpers, Aerospace and Defense: Structural components
ABS Like Gray	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	Gray color Low density Good dimensional stability	Resistant to many chemicals and oils	Gray appearance Lightweight Durable	Automotive: Interior components, consumer products: casings, fittings
ABS Like Black	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	Black color Low density Good dimensional stability	Resistant to many chemicals and oils	Black appearance Lightweight – Durable	Consumer Products: Electronics casings, automotive interior parts
ABS Like White	Tensile Strength: 40-60 MPa Impact Strength: 5-20 kJ/m² Density: 1.03 g/cm³ Melting Point: 220-260°C	White color Low density Good dimensional stability	Resistant to many chemicals and oils	White appearance Lightweight Durable	Consumer Products: Electronics casings, toys, kitchen appliances
ABS	Good impact resistance	Density: 1.03 g/cm³	Resistant to diluted acids, alkalis	High strength, versatility, cost-effective	Automotive, Consumer Products
ABS – M30i	– Good tensile strength	– Density: 1.04 g/cm³	– Medical grade	– Biocompatible, sterilizable, suitable for medical devices	Medical
ABS ESD	– Static-dissipative properties	– Density: 1.06 g/cm³	– ESD protection	– Prevents electrostatic discharge, suitable for electronics	Aerospace and Defense, Consumer Products
ABS-Like	– High toughness and durability	– Density: Varies by formulation	– Resistant to various chemicals	– Resembles ABS but may offer specific improvements	Varies by formulation
Accura 25	– High accuracy and resolution	– Density: Varies by formulation	– Photopolymer	– Used in stereolithography 3D printing, fine details	Consumer Products, Medical, Aerospace and Defense
Accura 60	– High strength and durability	– Density: Varies by formulation	– Photopolymer	– Tough and durable, suitable for functional prototypes	Consumer Products, Aerospace and Defense
Accura AMX Rigid Black	– High impact resistance	– Density: Varies by formulation	– Photopolymer	– Rigid and durable, good for functional prototypes	Consumer Products, Aerospace and Defense
Accura ClearVue	– High transparency and clarity	– Density: Varies by formulation	– Photopolymer	– Crystal clear appearance, ideal for clear parts	Consumer Products, Medical
Accura Xtreme Grey/White	– High toughness and durability	– Density: Varies by formulation	– Photopolymer	– Resistant to high temperatures, strong and rigid	Consumer Products, Aerospace and Defense
ASA	– Excellent UV resistance	– Density: 1.07 g/cm³	– Weather-resistant	– Outdoor durability, retains color and strength in sunlight	Automotive, Consumer Products
Nylon	– High tensile strength	– Density: 1.15 g/cm³	– Resistant to moisture, chemicals	– Tough and durable, suitable for functional parts	Aerospace and Defense, Automotive, Consumer Products
Nylon 11 Flame Retardant	– Flame retardant properties	– Density: Varies by formulation	– Flame-resistant	– Fire safety, suitable for applications requiring flame resistance	Aerospace and Defense, Automotive
Nylon 12	– Good chemical resistance	– Density: 1.02 g/cm³	– Resistant to oils, greases	– Versatile, suitable for various industrial applications	Aerospace and Defense, Automotive, Consumer Products, Oil and Gas
Nylon 6	– High impact strength	– Density: 1.14 g/cm³	– Resistant to moisture, abrasion	– Durable, excellent for applications requiring impact resistance	Automotive, Consumer Products
PA 12 Glass Beads	– Improved stiffness and dimensional stability	– Density: Varies by formulation	– Reinforced with glass beads	– Increased stiffness, suitable for engineering applications	Automotive, Aerospace and Defense
PC-ISO	– High strength and heat resistance	– Density: Varies by formulation	– Biocompatible	– Suitable for medical and aerospace applications	Aerospace and Defense, Medical
PC+ABS	– Good impact resistance	– Density: Varies by formulation	– Resistant to chemicals	– Blends properties of PC and ABS, versatile material	Automotive, Consumer Products
PETG	– Excellent transparency and impact resistance	– Density: 1.27 g/cm³	– Food-safe, BPA-free	– Clarity and toughness, ideal for packaging and displays	Consumer Products, Medical
PLA	– Biodegradable and easy to print	– Density: 1.24 g/cm³	– Biodegradable	– Eco-friendly, easy to 3D print	Consumer Products, Medical
Polycarbonate (PC)	– High impact resistance, optical clarity	– Density: 1.20 g/cm³	– Excellent optical properties	– Exceptional clarity and strength, suitable for transparent parts	Aerospace and Defense, Consumer Products, Medical
Polypropylene	– Low density and good chemical resistance	– Density: 0.90 g/cm³	– Resistant to moisture, chemicals	– Lightweight, suitable for low-stress applications	Consumer Products, Automotive
Rubber-Like	– Flexible and rubber-like properties	– Density: Varies by formulation	– Flexible elastomer	– Mimics rubber, suitable for gaskets and seals	Automotive, Consumer Products
Somos Evolve	– High strength and heat resistance	– Density: Varies by formulation	– Photopolymer	– Engineering-grade material, suitable for functional prototypes	Aerospace and Defense, Automotive
Somos PerFORM	– High stiffness and heat resistance	– Density: Varies by formulation	– Photopolymer	– Strong and stiff, ideal for high-temperature applications	Aerospace and Defense
Somos Waterclear	– High transparency and clarity	– Density: Varies by formulation	– Photopolymer	– Transparent, suitable for clear prototypes and parts	Consumer Products, Medical
Somos Watershed	– Excellent clarity and water resistance	– Density: Varies by formulation	– Photopolymer	– Waterproof, suitable for water-resistant parts	Consumer Products, Medical
ST-130	– High toughness and durability	– Density: Varies by formulation	– Photopolymer	– Rigid, tough, and durable, good for functional prototypes	Consumer Products, Aerospace and Defense
TPU 88A	– Flexible and elastomeric properties	– Density: Varies by formulation	– Thermoplastic polyurethane	– Flexibility and resilience, suitable for elastomeric parts	Automotive, Consumer Products, Medical
Ultem 1010	– High strength, heat, and chemical resistance	– Density: 1.27 g/cm³	– Flame-resistant, UL 94 V0	– Engineering-grade thermoplastic with excellent properties	Aerospace and Defense, Automotive, Oil and Gas
Ultem 9085	– High strength, heat, and chemical resistance	– Density: 1.27 g/cm³	– Flame-resistant, UL 94 V0	– Suitable for aerospace and transportation applications	Aerospace and Defense, Automotive
Vero	– Rigid and durable	– Density: Varies by formulation	– Photopolymer	– Versatile material, good for prototypes and models	Consumer Products, Aerospace and Defense
VeroClear	– High transparency and clarity	– Density: Varies by formulation	– Photopolymer	– Transparent appearance, ideal for clear parts	Consumer Products, Medical

CNC Materials

Stainless steel: A strong and corrosion-resistant material commonly used for CNC machining parts like precision components, medical instruments, and automotive components.
Ren: A durable thermoplastic material suitable for CNC machining complex parts like gears, bearings, and bushings, known for its excellent dimensional stability and low friction properties.
POM (Acetol): A versatile engineering plastic widely used for CNC machining components such as precision gears, rollers, and valve bodies due to its low friction, high strength, and dimensional stability.
Polycarbonate: An impact-resistant and transparent material often CNC machined into parts like safety goggles, electronic enclosures, and automotive lighting covers due to its excellent strength and optical clarity.
PMMA (Acrylic): A lightweight and transparent material commonly CNC machined into parts like display panels, signage, and lenses due to its optical clarity, UV resistance, and ease of machining.
Nylon: A strong and flexible material used for CNC machining parts like gears, pulleys, and bearings due to its high wear resistance, low friction, and excellent mechanical properties.
Aluminum: A lightweight and versatile material widely used for CNC machining parts such as housings, brackets, and heat sinks due to its high strength-to-weight ratio, excellent thermal conductivity, and corrosion resistance.
ABS: A durable and impact-resistant thermoplastic commonly CNC machined into parts like prototypes, enclosures, and consumer goods due to its good mechanical properties, ease of machining, and wide range of available colors.
Brass: A metal alloy known for its excellent machinability and corrosion resistance, often CNC machined into parts like fittings, valves, and decorative components due to its aesthetic appeal and durability.
Copper: A highly conductive and malleable material often CNC machined into electrical connectors, heat sinks, and RF shields due to its excellent electrical and thermal properties.
Mild steel: A low-carbon steel commonly CNC machined into parts like brackets, shafts, and structural components due to its strength, machinability, and cost-effectiveness.
Magnesium: A lightweight metal used for CNC machining parts like aerospace components, electronic housings, and automotive parts due to its high strength-to-weight ratio, excellent machinability, and good thermal conductivity.
Foam: A lightweight and versatile material used for CNC machining applications like packaging inserts, architectural models, and signage due to its ease of machining, low density, and impact-absorbing properties.
Delrin: A high-performance engineering plastic known for its excellent dimensional stability, low friction, and high wear resistance, often CNC machined into parts like bushings, gears, and bearings.

CNC Finishes

Anodizing: An electrochemical process that enhances the surface of metal parts with a protective oxide layer, offering increased corrosion resistance and improved aesthetics. It is preferred for aluminum parts that require durability, color options, and resistance to wear and weathering.
Painting: The application of a protective coating on CNC machined parts to provide aesthetic appeal, color customization, and added protection against corrosion. It is preferred when parts require specific colors, branding, or a decorative finish.
Pad Printing: A printing technique where ink is transferred from a silicone pad onto CNC machined parts, allowing for detailed and precise graphics, text, or logos to be applied. It is preferred when parts require intricate designs, branding, or labeling.
Sanding and Polishing: The process of smoothing the surface of CNC machined parts through abrasion to achieve a desired finish. It is preferred when parts require a smooth, glossy, or reflective surface for aesthetics, improved functionality, or ease of cleaning.
Vapor Polishing: A process that involves exposing CNC machined parts to vaporized solvents, resulting in the surface being melted and re-solidified, producing a high-gloss finish. It is preferred for transparent or clear parts, such as acrylic or polycarbonate, when a glossy and optically clear finish is desired.
Blasting: The use of abrasive materials, such as sand or glass beads, to remove surface imperfections, burrs, or scale from CNC machined parts, resulting in a uniform texture or a matte finish. It is preferred when parts require a textured appearance, improved adhesion for coatings, or to remove sharp edges or burrs.

CNC Parts

Aerospace and Defense:
1. Aircraft components: Wings, fuselage, landing gear.
2. Engine parts: Turbine blades, combustion chambers, fuel nozzles.
3. Aerospace fasteners: Turbine blades, combustion chambers, fuel nozzles.
4. Missile components: Turbine blades, combustion chambers, fuel nozzles.
5. Defense system parts: Turbine blades, combustion chambers, fuel nozzles.
Automotive:
1. Engine components: Cylinder heads, pistons, crankshafts.
2. Transmission parts: Gears, shafts, synchronizers.
3. Brackets and mounts: Engine mounts, suspension brackets.
4. Interior trim parts: Dashboard components, door panels.
5. Automotive lighting housings: Headlight assemblies, taillight covers.
Consumer Products:
1. Electronic enclosures: Housing for electronic devices, control panels.
2. Appliance components: Handles, knobs, control buttons.
3. Custom knobs and handles: Decorative or functional knobs and handles.
4. Decorative accessories: Ornaments, figurines, jewelry components.
5. Personal care product components: Cosmetic containers, toothbrush handles.
Energy:
1. Turbine parts: Blades, vanes, rotor discs.
2. Pump and valve components: Impellers, valve bodies, seals.
3. Heat exchanger parts: Tubes, fins, headers.
4. Solar panel components: Mounting brackets, frames, junction boxes.
5. Electrical connectors: Cable connectors, terminal blocks, sockets.
Medical:
1. Surgical instruments: Forceps, scalpels, retractors.
2. Implantable device components: Joint implants, pacemaker components.
3. Prosthetic parts: Limb sockets, joint components.
4. Medical equipment housings: Casing for diagnostic equipment, monitors.
5. Dental appliance components: Denture frames, orthodontic brackets.
Oil and Gas:
1. Drilling tool components: Drill bits, drill collars, stabilizers.
2. Valve bodies and seats: Gate valves, ball valves, control valves.
3. Pump parts: Impellers, casings, seals.
4. Subsea connectors: Couplings, connectors, riser systems.
5. Pipeline fittings and flanges: Flange connections, pipe connectors, pipeline supports.

“Our experience with PrintForm was very positive. The interaction with their engineering team was very enlightening and they were extremely helpful in assisting us with getting our item from concept to completed prototype.”

JONATHAN R., AEROSPACE DESIGN TECHNICIAN

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You Approved the CAD File. Here's Where Most Manufacturing Programs Start to Unravel.

Why Engineers Underestimate What the Process Does to the Part

1. Aerospace and Defense

Turbine Blades

Bulkheads

Control Surfaces

Instrument panel bezels

Fuselage frames

Aircraft skins

Landing gear struts

Wing Ribs

Wing spars

2. Automotive

3. Consumer Products

4. Energy

5. Medical

6. Oil and Gas

Aerospace and defence

CNC Parts

Engine Seal, Cargo Door Seal, Hydraulic System Seal, Landing Gear Door Seal and Fuselage Joint Seal

Armrest, Tray Table, Seat Cushion, Overhead Console, Window Frame, Headrest and Lavatory Fixture

Helicopter Skid Shock Absorber, Cockpit Seat Shock Absorber, Cargo Ramp Shock Absorber, Parachute Landing Shock Absorber, Nose Wheel Strut and Main Landing Gear Strut

Turbine Blade, Combustion Chamber Liner, Thrust Reverser Component, Fuel Nozzle, Engine Mount Isolator, Exhaust Duct Liner, Intake Manifold Gasket, Heat Shield, Engine Baffle Seal and Ignition Coil Boot

Drone Frame, Landing Gear Leg, Propeller Guard, Camera Mount, GPS Antenna Enclosure, Gimbal Stabilizer, Motor Mount Bracket and Arm Reinforcement Plate

Automotive

CNC Parts

Front Lower Control Arm Bushing, Rear Upper Control Arm Bushing, Sway Bar Bushing, Subframe Bushing, Strut Mount Bushing, Leaf Spring Bushing, Tie Rod End Bushing, Trailing Arm Bushing, Stabilizer Bar Bushing and Steering Rack Bushing

Front Bump Stop, Rear Bump Stop, Strut Bump Stop, Coil Spring Bump Stop, Shock Absorber Bump Stop, Sway Bar Bump Stop and Axle Bump Stop

Dashboard Panel Trim, Door Panel Insert, Cup Holder Trim, Headliner Trim, Seat Back Panel and Glove Compartment Trim

Front Bumper Spoiler, Rear Bumper Diffuser, Side Skirts, Fender Flares, Hood Scoop, Roof Spoiler and Front Lip Spoiler

Forklift Front Tire Tread, Forklift Rear Tire Tread, Industrial Vehicle Rear Tire Tread, Warehouse Equipment Tire Tread, Lawn Tractor Tire Tread and Material Handling Equipment Tire Tread

Not sure which process fits your part geometry?

The Three Knowledge Gaps That Create the Most Downstream Pain

Why a Single Benchmark Part Reveals What Assumptions Hide

See exactly how all eight processes handled this benchmark part.

The Most Expensive Mistakes Are Timing Mistakes

What Holds True Across All Eight Processes

Want the full picture before your next process decision?

Consumer Products

CNC Parts

Shoe Insoles, Shoe Outsoles, Shoe Midsoles, Heel Cushions, Arch Support Inserts and Shoelaces

Action figure parts, Puzzle pieces, Board game components, Toy car bodies and Doll accessories

Refrigerator Door Handle, Dishwasher Door Handle, Toaster Handle and Kitchen Appliance Drawer Handle

Tennis Racket Grip, Golf Club Grips, Bicycle Handlebar Grips, Fishing Rod Handles, Ski Pole Grips, Bowling Ball Finger Inserts and Ping Pong Paddle Grips

Branded keychains, Customized USB drives, Logo-bearing pens, Promotional event giveaways, Custom phone stands, Business card holders, Unique promotional trophies, Customized badges and buttons, Drink coasters with logos and Event-specific 3D printed gifts

Energy

CNC Parts

Pump Shaft Seal, Compressor Piston Seal, Valve Stem Seal, Crankshaft Seal, Transmission Input Shaft Seal, Hydraulic Cylinder Seal, Gearbox Output Seal, Oil Cooler Seal, Gas Turbine Seal and Wellhead Seal

Turbine Blade, Runner Hub, Wicket Gate, Generator Stator, Penstock Liner, Draft Tube, Turbine Bearing, Blade Pitch Control Arm, Guide Vane and Turbine Nozzle

Solar Cell Encapsulation Sheet, Frame Gasket and Busbar Encapsulation

Wind Turbine Blade, Pitch Bearing Seal, Mainshaft Bearing, Rotor Hub, Gearbox Breather Plug and Tower Flange Gasket

Battery Terminal Cover, Ventilation Grommet, Battery Rack Enclosure, Cable Entry Grommet, Busbar Insulator and Battery Module Housing

Medical

CNC Parts

Surgical Scissor Handle, Endoscope Control Knob, Blood Pressure Cuff Bulb, Ultrasound Probe Handle, Electrode Holder Grip and Insulin Pen Handle

Prosthetic Foot Sole, Shin Tube, Ankle Component, Suspension Sleeve and Cosmetic Cover

Anesthesia Machine Enclosure, Medical Cart Housing, Blood Analyzer Casing, MRI Machine Enclosure and Ventilator Housing

Elbow Brace Pad, Patella Stabilizer Brace and Lumbar Support Brace

Tooth Model Crown, Gingiva Model, Dental Bridge Model, Implant Model, Orthodontic Appliance Model, Bite Registration Model, Study Cast and Wax Bite Rim Model

Oil and Gas

CNC Parts

Gate Valve Seal, Ball Valve Seat, Butterfly Valve Seal, Plug Valve Seal, Check Valve Seal, Pressure Relief Valve Seal, Globe Valve Seal, Choke Valve Seat, Diaphragm Valve Seal and Control Valve Plug Seal

Pipeline Lining Sleeve, Pipe Bend Lining, Pipe Elbow Lining, Pipe Reducer Lining, Pipe Tee Lining, Pipe Flange Lining, Pipe Coupling Lining, Pipe Cross Lining, Pipe Transition Lining aaand Pipe Spool Lining

Pump Impeller, Pump Volute, Pump Shaft Sleeve, Pump Wear Ring, Pump Casing, Pump Diffuser, Pump Coupling, Pump Suction Bell and Pump Discharge Nozzle

Subsea Electrical Connector, Subsea Hydraulic Connector, Subsea Fiber Optic Connector, Subsea Instrumentation Connector, Subsea Pressure Sensor Connector, Subsea Control System Connector, Subsea Wellhead Connector, Subsea Pipeline Connector, Subsea Manifold Connector and Subsea ROV Connector

1. Aerospace and Defense

Turbine Blades

Bulkheads

Control Surfaces

Instrument panel bezels

Fuselage frames

Aircraft skins

Landing gear struts

Wing Ribs

Wing spars

2. Automotive

3. Consumer Products

4. Energy

5. Medical

6. Oil and Gas