Scope of Service and Material Selection
Applicable Materials
Engineering Plastics: Embrace the versatility of UHMWPE, Nylon (PA6/PA66), POM (Saigang), PTFE, PC, ABS, and more, each tailored for diverse applications.
High-Performance Plastics: Discover the exceptional properties of PEEK, PI (polyimide), and PVDF, ideal for demanding, corrosion-resistant purposes.
Composite Materials: Benefit from the strength and resilience of glass fiber reinforced nylon and carbon fiber filled PEEK for high-stress applications.
Typical Machined Parts
Precision-Crafted Components: Gears and bearings, seals, guide rails and sliders, insulation components, chemical pumps and valves, and even medical implant prototypes-all meticulously engineered.
Core Processing Technology
Advantages in Process Accuracy: Perfectly suited for specific scenarios, ensuring high precision and timely delivery in every order.
CNC Milling: Achieve ± 0.02mm accuracy on intricate 3D structures like irregular gears, with unparalleled flexibility and rapid delivery, even in small batches.
Turning: Craft rotary parts such as shaft sleeves and flanges with ± 0.01mm precision and a surface smoothness of Ra0.8 μ m.
Wire Cutting: Precision cutting of ultra-thick plates (≥ 50mm) with ± 0.005mm accuracy, without thermal deformation-ideal for soft materials like PTFE.
Laser Cutting: Achieve ± 0.1mm precision on thin plates with complex contours (<10mm) through non-contact processing, ensuring burr-free edges.
Drilling/Tapping: Precision hole systems with H7 tolerance for medical equipment connectors; capable of processing micro holes as small as Φ 0.3mm.
Key Customization Steps
Design Support
Efficient Design for Manufacturing (DFM): Optimize part structure to significantly reduce processing costs while enhancing performance.
3D Model Format Compatibility: Compatible with STEP, IGES, X_T (recommended), and STL for specific 3D printing needs.
Surface Treatment Options
Wear Resistance Enhancement: PTFE impregnation lowers the friction coefficient to an impressive 0.05 for superior durability.
Conductive Treatment: Achieve anti-static capability with surface metallization spraying for effective conductivity.
Aesthetic Treatment: Create stunning visuals with sandblasted matte finishes and laser engraved identification.
Post Processing Services
Comprehensive Post-Process Care: Includes precision medical-grade deburring, detailed size inspection reports, and vacuum dustproof packaging for optimal product integrity.
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