M0.5-M3 Micro Diameter Cutting Tap for Through Holes & Blind Holes
Bullet Points
Ultra-Precision Tolerance: Micron-level machining accuracy, stable thread forming, suitable for the thread requirements of precision components.
High-Quality Base Material: Made of high-performance HSS/carbide, with high hardness, wear resistance and damage resistance, suitable for high-load continuous machining.
Wear-Resistant Coating: TiN/TiCN/TiAlN coating reduces friction and heat, significantly prolongs tool life, and is suitable for difficult-to-machine materials such as stainless steel/titanium alloy.
Optimized Chip Evacuation: Precision flute design ensures smooth chip removal, reduces the risk of chip clogging, edge chipping and tap breaking, and improves thread finish.
High Adaptability: Supports CNC automated machining, compatible with both through holes and blind holes, and short-thread engagement does not damage the base material strength.
Reinforced Tail: The relief structure of the rear connection part can be customized to match different clamping methods and processing strength requirements.
Applications
Electronics Manufacturing: Thread machining for circuit boards, connectors, and miniature housings
Medical Devices: Precision threads for surgical instruments, implants, and diagnostic equipment
Aerospace: Micro high-precision threads for turbine blades, sensors, and key components
Precision Machinery: Ultra-small internal threads for instruments, clocks, and miniature mechanisms
Hot Q&A
- How to prevent micro tap breakage when machining hard materials?
Answer: Use rigid clamping, sufficient cooling and lubrication, and peck tapping (intermittent cutting) to reduce stress; carbide micro taps are preferred for hard materials.
- Which coating is recommended for stainless steel machining?
Answer: TiAlN or TiCN coating, high temperature and corrosion resistance, suitable for stainless steel and high-strength alloy machining.
- Is it compatible with CNC machines?
Answer: Fully compatible with CNC, suitable for high-speed automated tapping, ensuring accuracy and consistency.
