Milling

The Vargus Mach TM is a high-performance thread milling tool engineered to enhance machining productivity and efficiency. Designed with advanced features, it is ideal for demanding applications requiring precise threading and superior surface finish.

Skiving tools can be used in a variety of gear applications including the production of ring gears, shafts with internal and external splines and splined shaft profiles. EMUGE-FRANKEN Skiving Tools have no restrictions regarding the material to be machined and are highly suitable for the soft machining of internal and external gears, as well as hard machining. The skiving tools can be used on turning/ milling centers with B or A axes (swivel axes).

The M5250 cutter is effective for milling steel, cast iron, stainless steel, aluminum and other non-ferrous metals (ISO P, K, M and N workpiece groups), as well as materials with difficult cutting properties. Unlike other full-effective helical milling cutters, the XTRA∙TEC® XT M5250 can also be used for full slotting, shoulder milling, pocket milling and ramping. The positive rhombic basic shape of the face insert makes ramping possible.

The MaxiMill – 211-DC has 60% longer tool life compared to tools with standard cooling. Further, despite the complexity of the coolant holes inside the tool body, the MaxiMill – 211-DC is compatible with standard adapters with through-coolant supply without requiring any standard coolant on the chip breaker.

The TC685 Supreme cutter is a left-hand cutting tool that features a 15° helix angle for excellent chip removal. Cooling with compressed air makes it possible to achieve maximum tool life in materials harder than 50 HRC. Additionally, internal coolant delivery is available for tools that create the M6 size through the larger thread sizes. The tool shank is in accordance with the DIN 6535 HA standard.

Built on the proven features of the conventional XVCT-AJ inserts, the XVCT-AM inserts introduce an enhanced interface design. This design improves insert retention during high-speed machining while reducing raw material usage for insert production, all without compromising superior cutting performance.