Emuge Micro End Mills perform high-speed cutting of 2D and 3D contours

Emuge Corp. introduces its Micro End Mills and Micro Milling/Drilling Chucks designed for applications such as die and mold, medical and more.

The end mills feature a patented neck design with up to 10x diameter, enabling reach into deep contours. For optimal machining performance, a high radial bending strength withstands alternating stress on the cutting edge and relieved neck. The new end mills are offered in square, ball nose, and torus end types. Featuring a short, stable cutting geometry, the end mills are available in Solid Carbide and CBN designs.

The Solid Carbide Micro End Mills are designed for high precision machining applications up to 55 HRC, and can machine small engravings, electrodes, components and cavities with varying depths. For heat and wear resistance, the end mills have a PVD applied thin film ALCR coating. Ball Nose and Torus Solid Carbide End Mills provide high accuracy dimensional tolerances of ±5 µm. The solid carbide end mills are available with neck lengths of 2.2 x dia., 5 x dia. and 10 dia. and a cutting diameter of 0.2 to 2 mm.

Emuge CBN Micro End Mills are designed for accurate machining applications up to 66 HRC. The CBN Micro End Mills are available with neck lengths of 1.5 x dia., 3 x dia. and 4.5 x dia. and a range of cutting diameters from 0.3 to 2 mm.

The chucks feature a slim design for hard to access areas, as well as high gripping torque and accuracy. The chuck includes a 1:16 worm gear, delivering three tons of traction force. They are offered in a range of models in five shank styles (CAT, HSK, SK, BT and PSC) and hold 1- 6 mm or 1/8"-1/4" shank tools. Special coated collets provide high strength and lubricity. For ease of use, the chucks can be operated from behind with a supplied hex-key.

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