Graphite processing solid carbide end milling cutter

The solid carbide end milling cutter with diamond coating is suitable for processing graphite. They provide 10 times longer life than the traditional coating of milling cutters. These tools provide a wide range of groove and wide diameter, and use the best substrate to ensure that the diamond coating is perfectly adhered to the entire cutting parameters. In general, these vertical milling knives require less time to change and can process precision parts with high feed, thus significantly increasing productivity and cutting tool costs.

Diamond – square shoulder – graphite – 2-4 blade

Neck design, shorter blade length, non-cutting tail-end groove


Dc 3-12 mm, blade tip arc

Cylindrical, 3 lengths


Diamond – ball head – graphite – 2-4 blade

Neck design, taper neck, diamond CVD coating


Dc 3-12 mm, ball head

Cylindrical, 5 lengths


Diamond – ball head – graphite – 3 blade

Taper neck, shorter blade length, diamond CVD coating


Dc 5-10 mm, ball head

Cylindrical, 2 lengths

HSS – CO vertical milling cutter

High – speed cobalt alloy steel is a superior quality grade which has better performance than traditional high speed steel. Due to the higher hardness, these end mills can provide longer service life in today’s abrasion, heat and special materials.

Blade design, high quality wear-resistant coating and optimized performance, such as apply to these difficult processing materials in cold, directly to these end mill production of high quality and low cost advantage.

High performance hss-co end milling cutter

With 8% cobalt content, high performance HSS-Co vertical milling cutter is suitable for milling applications requiring relatively high toughness and extremely high anti-microcollapse performance. The thermal shock resistance of this material grade can be widely used in the less ideal conditions.

Especially when large diameters are required, hss-co solutions are more advantageous, filling the gap between the solid carbide and the blade. These products are developed for processing titanium alloys and stainless steel, and can provide PVD coatings or uncoated. More specifically, these tools are specifically designed for applications where high quality process reliability is used in low speed and high torque machine tools.


High performance – square shoulder – titanium alloy – 4-6 blade

Variable surface profile, internal cold channel, SIRA coating


Dc 16-50 mm, blade tip arc

Weldon side fixation, 2 types of length