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MiniForce-Turn

MiniForce-Turn CBN Inserts Offers Exceptional Reliability in Hard Turning
The MiniForce-Turn series offers innovative double-sided turning inserts with positive rake cutting edges on both sides. These proven inserts are capable of soft cutting action similar to that of positive inserts with an added advantage of double cutting edges.

DuoJust-Cut

DuoJust-Cut
New parting inserts are offered in the JXPS style : a 0.6 mm (.024″) width insert is designed for maximum parting diameter (CUTDIA) of 6 mm (.236″) and a 0.8 mm (.031″) width insert for 12 mm (.472″) CUTDIA, both furnished with pressed chipbreaker. This intricate chipbreaker creates optimally compressed and curled chips, allowing excellent chip evacuation and superior surface finish.

SDMX Indexable Insert

Universal System of Indexable Inserts Reduces Cost and Lowers Power Requirements
There are two indexable insert sizes with facet—SDMX0904ZDR-E27 and SDMX1205ZDR-E27. The M4002 cutter provides a depth of cut of 1.5 or 2.0 mm and is available in diameters of 25-125 mm or 1-4 in. and is ideal for high-speed milling in steel and cast iron, stainless steel and materials with difficult cutting properties. And for demanding machining in mold and die making and general machining.

AH3225 Insert Grade

AH3225 Insert Grade Further Enhances Shoulder Milling Performances
AH3225 consists of the latest nano multi-layer coating technology with three major properties with excellent coating substrate adhesion for a high level of wear and fracture resistance. Integrating a dedicated carbide substrate with excellent thermal property provides the grade with increased thermal shock resistance and hardness reducing thermal crack generation on the cutting edge. This prevents unpredictable insert failure, significantly extending tool life and reliability for steel machining.

Carbide Insert Grade G-9610

Grade Delivers 25% Increase in Material Removal Rate
Utilizing an innovative PVD coating combined with a proprietary sub-micron substrate, G-9610 provides added productivity for turning titanium-based alloys. The smooth and lubricious coating is wear-resistant and chemically-stable, which helps to protect the heat-resistant substrate and allows for higher speeds and extended tool life in continuous cuts.

TungCut Multifunctional Grooving System

TungCut Multifunctional Grooving System Offers 1.2 mm-Wide (.047″-Wide) Grooving Insert
For job shops that are mass-producing small parts with Swiss lathes, minimizing material waste in the part-off process can be an extremely effective solution for cost savings. The 1.2 mm-wide (.047″-wide) grooving inserts can reduce the material waste produced by parting-off by up to 40% when compared with using 2.0 mm-wide (.079″-wide) insert. This translates to, after 2,500 cuts, the saving of a 2,000 mm-long (78.74″ long) bar stock. 

FIX8TM Heavy-Duty Turning System

FIX8TM for Heavy-Duty Turning With Eight Cutting EdgesPper Insert
The tangential design of the FIX8 insert features a rigid clamping system that pulls the insert securely into the pocket seat, offering superior stability that enables the insert to withstand large cutting forces and vibrations for optimal performance. The insert is also supported by a replaceable carbide shim, protecting the pocket against deformation and damage.

CBN inserts With HP-Style Chipbreaker

CBN Inserts Available in Double-Sided WavyJoint Style
 20 inserts in HP-style chipbreaker are now available in WavyJoint style; namely, 4QS-CNGG1204..-HP, 4QS-DNGG1504..-HP, 6QS-TNGG1604..-HP, and 4QS-VNGG1604..-HP inserts. Conventionally, CBN cutting tips are brazed onto the seats ground, usually on one side, on a cemented carbide insert body to form a CBN insert. The WavyJoint technology further enhances the bond of CBN cutting tips on negative inserts with 160% increased brazing surface between the CBN tip and carbide insert body. Also, the technology uses 200% larger volume CBN tips for improved insert reliability and tool life. In addition, CNGG1204..-HP inserts are also available in wiper geometry, increasing surface finishing quality.