Product Description
Our precision-crafted 316L stainless steel threaded tapping triangular cutter head is designed for high-performance applications in medical and industrial fields. With a standard diameter of 3.6mm (customizable from 2.0mm to 10.0mm), this tool features a customizable triangular cutter head, adjustable angles (30° to 90°), and specialized thread types (metric, imperial, or American standards). Manufactured using medical-grade 316L stainless steel, it ensures exceptional corrosion resistance, biocompatibility, and durability. Advanced CNC turning and grinding technologies guarantee ultra-tight tolerances and superior surface finishes. Optional surface treatments and laser engraving further enhance functionality and adaptability for sterile or demanding environments.

Technical Specifications

Applications

• Medical Instruments: Surgical tools, implantable device components, sterile cutting equipment.

• Industrial Cutting Tools: Precision cutting, deburring, and threading in manufacturing.

• Aerospace Components: High-performance parts requiring corrosion resistance and tight tolerances.

• High-Precision Mold Manufacturing: Custom molds and dies for specialized production needs.

Key Features

1. Medical-Grade Material: 316L stainless steel ensures biocompatibility and corrosion resistance.

2. Ultra-Precision Machining: Tolerance control within ±0.01 mm and surface roughness up to Ra 0.2 μm.

3. Flexible Customization: Adjustable diameter, cutter head angles, thread types, and surface treatments.

4. Enhanced Durability: Optional PVD coating and electrochemical polishing for wear and rust resistance.

5. Rapid Delivery & Mass Production: Supports both prototyping and large-scale orders.

6. Strict Quality Control: Guarantees consistency and reliability for critical applications.

Note: This product is ideal for applications requiring strict adherence to medical standards (e.g., ISO 13485) and sterile operational environments. Custom laser engraving enables part identification and traceability.