End Mills

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TiNox-Cut End Mills are made from premium ultra-fine micro grain solid carbide with a maximized transverse rupture strength for high impact applications, and produce impressive results compared to conventional end mills. Advanced PVD-applied multi-layered coatings withstand excessive heat and provide superb wear resistance for longer tool life, and tool geometry is designed to produce minimal vibration when machining tough materials.

This revolutionary new end mill boasts an unequal indexing configuration that reduces chatter for the optimized high efficiency milling of Aluminum Alloys. Designed and engineered from the Alumigator family of high performance aluminum mills, the 5 flute configuration with polished flutes can achieve metal removal rates in excess off 100 cubic inches per minute.

The innovative roughing geometry results in smaller chips and low cutting forces, and a reinforced corner chamfer promotes additional strength for longer tool life. Designed for semi-finish profile and center cutting, the multi-flute design is constructed of ultra-fine carbide grade CR3 for high cutting edge stability and wear resistance.

M213 STREAKERS feature three extremely large flute cavities, uniquely designed end face and gashing, and 37-degree helixes to achieve deep cuts and high feed rates.

XSYTIN®-360 end mills have shown the highest material removal rates and resulted in increased productivity on a wide range of materials. These end mills have proven to be extremely effective when machining a variety of different materials including high-temperature alloys, 3D-printed sintered high-temperature alloys, hardened steels, ductile cast irons, and compacted graphite iron (CGI).

The sharpness of these end mills reduces the occurrence of burrs, produces remarkable surface finish, and improves tool life to outperform the competition. S-Mills are available in 2, 3, and 4 flute designs with a range of diameters to cover a wide variety of applications (2 flute available in a 2mm dia.) and in 40, 45, and 50mm lengths that are ideal for automatic lathes.

The intuitive nature of ToolBot allows programmers and machinists alike to enter four simple pieces of information – end mill, material, cut type and machine limits – into the online program, and ToolBot does the rest, explained Osburn.

The Micro 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 MECHT's unique holder design features a multi-stage insert combination for increased stability, rigid body for increased reliability, and coolant holes over each insert for excellent chip evacuation.

The Solid Carbide Radius Fillet End Mills are configured for different radius filleting. Available with two, three and four flutes, they also feature a cylindrical shank DIN 6535 HA. The CR-Supercut High Feed End Mills are designed for high feed rates with shallow cutting depths for a wide range of materials up to 56 HRC.

For aerospace shops struggling with holemaking and milling operations in hybrid stacked materials, the new JC899 Hybrid Stack finisher and JC898 rougher from Seco Tools are ideal solutions. The finisher, JC899, features a patented two-in-one geometry that eliminates problems with delamination and fiber pulling out when working with stacked materials such as carbon fibre reinforced polymer (CFRP) combined with titanium or aluminum.