Turning

AddMultiTurn provides the flexibility for OD, face, and profile turning operations in multi directions, which include high-feed back (pull) turning method, allowing toolpaths that turn in the opposite direction of conventional turning process at higher feeds. Multi-directional turning optimizes the toolpaths by eliminating air cutting times, providing more productivity than conventional turning methods. The shapes of the AddMultiTurn inserts enable the user to achieve a much smaller entry angle and thinner chips for higher machining efficiency, which spreads load and heat over a longer cutting edge length, providing extended insert tool life.

Heartland Enterprises Ltd. rough-turns nickel-base superalloy forgings to produce aerospace parts

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.

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.

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Kyocera CCX CVD-coated cermet inserts. Watch Cutting Tool Engineering's video coverage, featuring original footage and context from the related product, process, event, or shop-floor demonstration.

Kyocera CA5 series CVD-coated carbide inserts. Watch Cutting Tool Engineering's video coverage, featuring original footage and context from the related product, process, event, or shop-floor demonstration.

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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.

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.

CoroCut QI is divided into internal grooving and face grooving application areas, and is an upgrade of the T-max Q-Cut® 151.3 program. The improved design allows for greater chip control, a 10% productivity increase, 20% improved tool life aided by tighter edge-rounding tolerances and internal coolant for both internal and face grooving tools.

The toolholders feature a coolant outlet built in the body. This streamlined design is more effective than conventional through-coolant toolholders that have an adjustable coolant nozzle or bulky nozzle assembly. With reduced number of parts, the new toolholders expand the TungTurn-Jet range with an economical option that can contribute to customers seeking further tool cost reductions, while maintaining effective chip control and maximum tool life.