Tailored UHMWPE and Nylon Plastic Parts Featuring CNC Precision Machining

• Customization: Available
• Application: Machinery Accessory
• Standard: GB, China GB Code
• Model NO.: Types of base plate
• Surface Treatment: Machining
• Production Type: Batch Production
• Machining Method: CNC Machining
• Material: Nylon, Plastic, UHMWPE
• Colour: Customizable
• Shape: Customizable
• Transport Package: Exquisite Packaging
• Specification: 100*100*100mm
• Trademark: None
• Origin: Guangzhou, China
• Production Capacity: 100000pieces/Year
• Package Size: 10.00cm * 10.00cm * 10.00cm
• Package Gross Weight: 0.100kg

Product Description

Service scope and material selection
Applicable materials
Engineering plastics: UHMWPE, Nylon (PA6/PA66), POM (Saigang), PTFE, PC, ABS, etc.
High performance plastics: PEEK, PI (polyimide), PVDF, known for exceptional corrosion resistance.
Composite materials: Includes the robustness of glass fiber reinforced nylon and the advanced durability of carbon fiber filled PEEK.
Typical machined parts
Our range encompasses high-precision components such as gears, bearings, seals, guide rails, sliders, insulation components, along with chemical pumps, valves, and even medical implant prototypes.

Core processing technology
Advantages of applicable scenarios for process accuracy
CNC milling: Achieve intricate three-dimensional structures with a precision of ± 0.02mm, perfect for customizing irregular gears with unmatched flexibility and prompt small batch delivery.
Turning: Precision rotary parts like shaft sleeves and flanges, crafted with a tight tolerance of ± 0.01mm and a mirror-smooth finish down to Ra0.8 μm.
Wire cutting: Create precision openings in ultra-thick plates (≥ 50mm) with a tolerance of ± 0.005mm, ideal for soft materials like PTFE, ensuring no thermal deformation.
Laser cutting: Perfect for thin plate processing with intricate contours (≤10mm), offering a precision of ± 0.1mm for clean, burr-free edges through non-contact methods.
Drilling/tapping: Achieve H7 tolerance precision in hole systems (perfect for medical equipment connectors) and process micro holes as tiny as Φ 0.3mm.

Key customization steps
Design support

Offering DFM (Design for Manufacturability) analysis to enhance part structures and significantly cut down processing costs.

3D model format compatibility: Recommended formats include STEP/IGES/X_T, with STL reserved for 3D printing applications.

Surface treatment options

Enhance wear resistance with PTFE impregnation, effectively reducing the friction coefficient to a mere 0.05.

Conductive treatment: Achieve anti-static properties through advanced surface metallization spraying techniques.

Aesthetic treatment: Elevate the visual appeal with sandblasted matte finishes and precise laser engraved identifications.

Post processing services
Comprehensive post-processing: Includes precision medical-grade deburring, detailed size inspection reports, and secure vacuum dustproof packaging.