Cutting Tools

P6006 Indexable Inserts

Ideal for holemaking without a pilot drill up to 10×Dc, the inserts provide time savings that boost productivity. The inserts were designed to achieve maximum tool life in stable machining conditions thanks to the wear resistant WPP25 grade with HIPIMS technology. The grade has a particularly hard and robust substrate to extend tool life.

S224 Type Indexable Insert

Horn has revised the clamping of the S224 type indexable insert for use in Swiss-type lathes. In order not to have to remove the holder for indexing or changing the insert, the Horn engineers relocated the clamping screw to the side. Clamping now takes place via a camshaft. This allows the insert to be clamped quickly at either side of the holder without having to remove it.

Micro-Diameter Endmills and Drills

Endmills tipped with CBN, which is the second hardest material after diamond, are offered in sizes ranging from 6mm down to 0.1mm in diameter, with various configurations, from sharp corner, radius corner, ball, standard neck length and extended neck length. TOWA offers their CBN endmills in multi-flute configurations. By maintaining the same feed per flute, and increasing the number of flutes, cutting time is reduced, while profitability is increased. The CBN series of endmills, due to the hardness of the CBN, is an excellent choice for machining harden materials in the range of 55 to over 60 Rockwell “C”.

PHOENIX PXSH Style Exchangeable Head End Mill

The PHOENIX PXM-PXSH end mill offers the following features & benefits: OSG's proven cutting geometries and coatings produces high performance in a variety of applications and materials. 2-face contact (end face and taper) and buttress thread for fast and highly rigid clamping. Radial runout less than 15µm and axial repeatability ±30µm for high accuracy and repeatability. End mill style, inch and metric provides a complete offering.

SolidMeister Barrel Endmills

SolidMeister barrel endmills are efficient tools for complex 3D surfacing operations used in mold making, orthopedic implant work, and the machining of gas turbine blades and other freeform surfaces in the aerospace and energy industries. The endmills incorporate a cutting edge that is actually the segment of a large-diameter arc. Since the shape of the cutting edge resembles a barrel profile, the tool became known as barrel endmills, or in shop talk, simply as barrels.