Nylon / PA CNC Machining
Custom Nylon CNC Machining Services
Nylon combines toughness, low friction, wear resistance and electrical insulation for gears, bushings, rollers and guides. Send your drawing, PA grade and service conditions for an engineering review and transparent quote.
Request a Nylon Parts QuoteNylon Material Properties
Key Properties of Machining-Grade Nylon
Typical room-temperature ranges for common unfilled PA6, PA66 and PA12 stock shapes.
Values vary by polymer family, filler, conditioning state and test method. Final design values follow the selected supplier data sheet. See the PA material properties guide for a detailed comparison.
Weldo Machining Capability
Nylon CNC Machining Capability
Drawing-based CNC machining supports nylon prototypes, low-volume parts and repeat production through controlled milling and turning.
| Maximum Part Size | 3000 × 1200 × 850 mm |
|---|---|
| Standard Dimensional Tolerance | ±0.10 mm |
| Controlled Critical Tolerance | ±0.05 mm |
| Minimum Wall Thickness | 0.80 mm |
| Minimum Hole Diameter | Ø0.80 mm |
| As-Machined Roughness | Ra 0.8–3.2 μm |
Nylon / Polyamide Grades
Select the Right Nylon Grade
Compare nylon grades by load, temperature, moisture, friction and dimensional-stability requirements.
PA6 — General-Purpose Nylon
PA6 combines toughness, wear resistance and economical material cost for general industrial components.
PA66 — Higher Strength and Stiffness
PA66 offers greater stiffness, mechanical strength and heat resistance than general-purpose PA6.
PA12 — Low Moisture Uptake
PA12 combines toughness, chemical resistance and lower moisture absorption than PA6 and PA66.
Cast PA6 / MC Nylon
Cast PA6 supports large stock sizes and provides strong wear, bearing and vibration-damping performance.
Internally Lubricated Nylon
Internal lubricants reduce friction, stick-slip and wear in dry-running or low-maintenance motion systems.
Glass- or Carbon-Reinforced Nylon
Fiber reinforcement increases stiffness, creep resistance and dimensional control under sustained mechanical load.
Specialty Polyamide Grades
PA11, PA610/612, PA1010 and PPA address lower moisture uptake, chemical resistance, flexibility or higher-temperature performance.
Machined Nylon Projects
Custom CNC-Machined Nylon Parts
Prototype, low-volume and repeat-production PA components machined to your drawing.
Manufacturing and Inspection
From Material Review to Final Inspection
Critical dimensions are checked after the part reaches a stable measurement condition.
Secondary operations: deburring · manual polishing · light blasting · laser marking · threaded inserts · assembly
Material Selection
When Should You Choose Machined Nylon?
Nylon is often selected for lightweight, low-friction and electrically insulating parts. Final selection should reflect load, temperature, humidity and dimensional requirements.
Choose Nylon When
- Lower weight matters The part does not require metal-level stiffness.
- Sliding or rotating contact is present Low friction and wear resistance support repeated motion.
- Corrosion resistance is needed The component operates around moisture or compatible chemicals.
- Electrical insulation is required The part must separate or protect electrical components.
Evaluate Another Material When
- Continuous heat is high The service temperature exceeds the selected grade’s limit.
- Structural stiffness is critical The part carries high sustained loads or must resist creep.
- Humidity cannot be controlled Very tight dimensions must remain unchanged across environments.
- Specific compliance is mandatory Flame, food, medical or chemical requirements need certified stock.
Nylon Machining FAQ
Plan Your Nylon Part
What is the best CNC bit for cutting nylon?
Use a sharp, polished carbide single- or two-flute cutter with positive rake and ample chip space. An O-flute or up-cut geometry clears chips and limits heat. Filled nylon requires more wear-resistant tooling.
What should be controlled when turning nylon rod?
Use light chuck pressure, short overhang and tailstock or steady-rest support for long stock. Sharp positive-rake tools, effective chip removal and controlled cutting heat reduce flex, chatter and melting.
How can the cost of custom nylon parts be reduced?
Choose available stock sizes, keep walls stable, use practical radii and reserve tight tolerances for functional features. Fewer setups and larger order quantities also reduce unit cost.
How do you ensure on-time delivery for custom nylon parts?
We confirm material availability, drawing requirements and the production route before fixing the schedule. Machining, secondary operations and inspection are tracked by milestone.