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Highlight: ISO9001 Metal Milling Parts, OEM CNC Milling Services, CNC Milling Medical Machinery Parts

Principle

Silicone injection molding produces parts by injecting liquid silicone rubber (LSR) into heated mold cavities where it cures, enabling the manufacture of flexible, durable, and biocompatible components. This process delivers key advantages including excellent thermal/chemical resistance, compression set resilience, medical/food-grade biocompatibility, superior electrical insulation, and precise dimensional accuracy with detailed surface reproduction. These characteristics make it particularly suitable for creating seals, gaskets, medical tubing and devices, consumer product components, as well as automotive weatherstripping and vibration dampers.

Technical Parameters

Challenges

CNC (Computer Numerical Control) machining utilizes computer-programmed toolpaths to precisely control machine tools in removing material from workpieces to create custom parts. This process accommodates diverse operations including milling, drilling, and turning with high accuracy, particularly beneficial when machining demanding materials like stainless steel that require exacting cutting, shaping, and finishing. Machine capabilities vary significantly by axis configuration, where 5-axis CNC systems surpass traditional 3-axis machines by enabling complex geometries with enhanced precision, flexibility, and manufacturing efficiency.

Applications

Aluminum polishing via CNC processing meets critical surface finish requirements across industries, leveraging the material's strength, lightweight properties, and corrosion resistance. Aerospace applications utilize polished surfaces on turbine blades, engine components, and fuselage sections to reduce friction, enhance aerodynamics, and improve corrosion resistance under stringent standards. Automotive implementations include polished engine parts, wheels, and body panels for both aesthetic refinement and wear reduction in high-friction zones. Consumer electronics benefit from polished housings for smartphones, laptops, and televisions, where surface treatment improves visual appeal, prevents corrosion, and optimizes heat dissipation. Medical device manufacturing requires CNC-polished surgical instruments and equipment to ensure sterile, cleanable surfaces meeting regulatory demands, while architectural applications employ polished facades, window frames, and decorative elements to achieve weather-resistant finishes with modern aesthetics.

FAQ

• Q: What is the brand name of CNC Milling Machining Parts?
• A: The brand name of the CNC Milling Machining Parts is Crida.

• Q: What materials are used for this CNC Milling Machining Parts? 
• A: It depends on the specific product, but usually various types of metals such as aluminum, steel, and titanium are used.

• Q: What is the payment term for CNC Milling Machining Parts?
• A: The payment term for CNC Milling Machining Parts is usually T/T or LC, and other payment terms can also be negotiated.

• Q: What are the features of CNC Milling Machining Parts?
• A: CNC Milling Machining Parts are characterized by their high precision, good stability, and excellent surface finish.

• Q: Where are these CNC Milling Machining Parts made?
• A: This CNC-machined part is made in Guangdong, China.