Superior Thread Quality:Plastic forming technology creates full and smooth thread profiles, burr-free, non-deformable, and non-chipping, significantly improving component assembly precision and service life.
Break-Resistant & Durable Design:Fine pitch + gradual cutting edge structure disperses stress. Combined with high-quality solid carbide substrate and wear-resistant coating, the service life is far longer than ordinary cutting taps, maintaining stable performance even with frequent use.
Chip-Free Efficient Processing:Extrusion forming requires no chip removal, avoiding the risk of tool clogging and breakage. Stable and efficient processing for both shallow and deep holes, suitable for automated production lines, greatly improving processing efficiency.
Strong Versatility:Optional straight shank and relief structure, supporting both manual and machine use. Precise tapping is achievable even in narrow spaces, adapting to various processing needs.
Electronics Manufacturing: Connectors, sensors, micro housings, precision terminals, 3C product components
Medical Devices: Surgical instruments, implants, diagnostic equipment, micro-thread processing for medical consumables
Precision Modeling: Miniature machinery, RC vehicles, precision prototypes, model accessories
Automation Field: Robots, smart homes, micro-thread forming for small automated equipment
Answer: Adopts fine pitch design and gradual edge structure to disperse processing stress. Cold extrusion forming does not require cutting materials, fundamentally avoiding cracks and tap breakage.
Answer: Suitable for both manual and machine use; it is recommended to use a tapping guide when operating manually to further ensure thread precision and processing stability.
Answer: Clean residual chips on the cutting edge in a timely manner after use, apply special lubricant reasonably during processing, and store in a dry and ventilated environment to avoid rust and passivation of the cutting edge.