Mini taper milling cutter

Product Specifications

Blade Length: 1.5

Cutting Hardness: HRC60, blade hardness is 60-70HRC

Blade Material: Carbide

Blade edge diameter, blade tip R angle: 12mm, 1.0mm

Cutting method: Slotting

Blade shape: Triangular60°

Cutting angle: 45°

Maximum cutting depth, effective working length: 12mm

Cutting, rotation direction: Conventional milling, clockwise rotation

Application

Mini taper milling cutters are made of ultra-fine grain solid tungsten steel. They are suitable for processing materials such as acrylic and aluminum alloy. They can accurately engrave fonts and patterns in the advertising signage field, assist in the processing of small precision parts in hardware manufacturing, and delicately handle complex shapes in handicraft production. With their excellent chip removal effect, they provide efficient support for processing in various fields.

Product advantages

The mini taper milling cutter is made of ultra-fine grain solid tungsten steel, which is highly hard and wear-resistant, and can maintain accurate cutting performance during long-term processing. For materials such as acrylic and aluminum alloy, its excellent chip removal effect can effectively prevent chip accumulation, reduce processing errors, and make the processing process smoother and more efficient, providing reliable protection for various precision processing needs.

Maintenance Tips

After each use, promptly clean the blade and remove any residual chips and oil from the surface to prevent debris buildup that could affect the precision of the next cut.

When storing, place the tool in a dry, well-ventilated dedicated tool holder to prevent moisture damage, rust, or blade damage from collisions.

When processing different materials with a mini milling cutter, if you need to replace the milling cutter, handle it with care and avoid inserting or removing it with force.

User precautions

If you find that the blade is worn or cracked while using the Zhongye Da mini milling cutter, replace it in a timely manner and do not continue to use it to ensure processing results and equipment safety.