Category: Milling cutters

Finger mill GRAPHITE 56H201 with a diameter of 3.96 mm and a working height of 11 mm intended for precise machining of thin wooden and plastic elements. The single-edge construction made of sintered carbide ensures accuracy and wear resistance. Adapted for use in systems with an 8 mm holder.

Finger mill GRAPHITE 56H203 with a diameter of 8 mm and a working height of 19 mm intended for use with upper-spindle routers equipped with an 8 mm holder. The sintered carbide blades ensure precise finishing and durability when machining wood-based materials and PVC. Ideal for workshop and assembly applications.

Finger mill GRAPHITE 56H205 with a diameter of 20 mm and a working height of 19 mm adapted for routers with an 8 mm holder. The sintered carbide blades ensure durability and high-quality surface finishing. Intended for machining wood and wood-based materials in workshop conditions.

Finger mill GRAPHITE 56H204 with a diameter of 12 mm and a working height of 25 mm designed for precise machining of wood and plastics. The blades made of sintered carbide guarantee durability and high-quality finishing. Intended for use with upper-spindle routers in carpentry and production workshops.

Finger mill GRAPHITE 56H206 with a diameter of 20 mm and a working height of 19 mm intended for precise machining of wood-based materials and PVC. The double-edge construction made of sintered carbide ensures durability and precise milling results. Suitable for workshop and carpentry applications.

Finger mill GRAPHITE 56H208 with a diameter of 10 mm and a working length of 50 mm adapted for precise machining of wood and plastics. The double-edge head made of sintered carbide ensures high durability and smooth finishing of milled surfaces. Ideal for use in carpentry workshops and production plants.

Finger mill GRAPHITE 56H200 with a diameter of 3.96 mm and a working height of 11 mm adapted for use with routers equipped with a 6 mm holder. The single-edge construction made of sintered carbide enables precise machining of thin wooden and plastic elements. Recommended for precision workshop work.