ISO Chamfer

BCM35M · BCM40M

BCM35M / BCM40M

BCM35M and BCM40M are a new generation of milling grades developed for milling stainless steels; the result of intensive R&D, they optimally meet all technical requirements of this material group.

BWN10M · BCN10M

BWN10M / BCN10M

BWN10M and BCN10M are premium-segment cutting material solutions added to Boehlerit's aluminium range, breaking new ground in grade, system and insert design. They are top-level solutions for milling aluminium, aluminium alloys and non-ferrous metals.

THETAtec 25N Feed

THETAtec 25N Feed is Boehlerit's new negative-based high-feed milling tool system; like its positive systems, it delivers higher metal removal rates and maximum performance in a single application. Maximum feed rates reduce machine occupancy times.

XE.. 04

ETAtec 45P

ETAtec 45P is a 45° milling system that cuts smoothly thanks to its positive basic geometry and offers 7 cutting edges per insert; with low power consumption it delivers high metal removal rates even on older and low-power machines, and its irregular tooth pitch reduces vibration for quiet running.

PN.. 13

KAPPAtec 55N

KAPPAtec 55N is a stably designed negative face milling system for roughing; it offers 10 cutting edges per insert and high metal removal rates with depths of cut up to 9.5 mm. The innovative clamping system with disc-head screw (Tellerschraube) also makes insert changes easy inside the machine.

AP.. 10 · AP.. 16

ISO 90P

ISO 90P is a 90° shoulder milling system with hybrid geometry that provides precise cutting with ISO inserts featuring helical cutting edges; it offers a wide choice of geometries and grades, and the screw-in types can be used with vibration-damping solid carbide (VHM) extensions.

LP.. 06 · LD.. 10 · LD.. 18

BETAtec 90P Feed

BETAtec 90P Feed is a multi-functional tool system that can perform both 90° shoulder milling and high-feed (HFC) milling with a single body; fewer variants simplify inventory and tool procurement, and the helical cutting edge ensures low cutting forces.

SD.. 06 · SD.. 10 · SD.. 14 · SD.. 18

DELTAtec 90P Feed

DELTAtec 90P Feed is a multi-functional tool system with 4 truly usable cutting edges that can perform 90° shoulder milling and HFC high-feed milling with a single body; with SDMT 18 it achieves feeds per tooth of up to fz = 3.0 mm.

LN.. 10 · LN.. 15

DELTAtec 90N

DELTAtec 90N is a 90° shoulder milling system that cuts smoothly with a stable, effectively positive rake angle thanks to its negative basic geometry concept; it is available with 4 cutting edges and 2 insert sizes, and shank-type cutters are also available in long versions.

LN.. 09 · LN.. 13

DELTAtec 90N Tang

DELTAtec 90N Tang is a 90° shoulder milling system offering a very stable design through tangential clamping of the inserts; the thick tangential insert provides high machining reliability, while the helical geometry of the cutting edges ensures smooth cutting.

WN.. 04 · WN.. 08

ZETAtec 90N

ZETAtec 90N is a stable 90° shoulder milling system whose negative basic geometry ensures process reliability in roughing; with 6 cutting edges per insert and an effectively positive rake angle, it offers high economy per cutting edge.

RD.. 05 – RD.. 16

ISO 00P

ISO 00P is a milling system that can be used universally for general engineering and mould making; the neutral mounting position of the inserts in the body provides optimum contour accuracy, and the range of inserts and bodies is wide.

RP.. 08 · RP.. 10 · RP.. 12 · RO.. 12

VARIOtec 00P

VARIOtec 00P is a milling system with bodies and cutting materials specially adapted for copy milling; its special design prevents the inserts from rotating, optimised chip pockets ensure good chip evacuation, and it is very well suited to turbine blade machining.

FHF2 · BCH13M

BALLtec FHF2

FHF2 is a new geometry with a convex helical cutting edge added to the BALLtec ball-nose copy milling range; with the highly wear-resistant ultra-fine-grain grade BCH13M, it offers high performance and process reliability in finishing and semi-finishing of steel materials up to a maximum of 62 HRC.