Cutting Tools
Precision Machining Technology Review: Cutting Tool Technology
Production Machining showcases some of the latest cutting tool technology from Horn, Heimatec, Big Kaiser, Tungaloy and Inovatools.
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Inovatools’ Primus End Mill Offers Optimized Chip Control
Aluminum Roughing End Mill features internal cooling and multiturning to deliver consistently quiet, low-vibration, energy-efficient performance at extremely high feed rates.
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Tungaloy HPC SpinJet High-Speed Spindle Driven by Coolant
High-Speed spindle line utilizes a CNC machine’s existing through-spindle coolant supply as a pressurized power source, eliminating the cost and need of external air or electric power supplies
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Walter CBN Indexable Inserts Designed for ISO K, ISO H Materials
Latest CBN grades are said to provide more productivity and reliability for machining cast iron, sintered metals and hardened steel.
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A CNC Means to Burnish Large, Flat Surfaces
Rather than tasking shopfloor employees to polish large, flat metal surfaces, consider a machine tool with a diamond burnishing face mill instead.
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Mikron Tool Offers Cutting Tools in Fractional Inch Dimensions
Now offers swiss cutting tools with diameters in fractional inches, starting from 1/64" up to 1/4".
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Kennametal’s HPX Drill Designed for Increased Tool Life, Productivity
Solid carbide drill for steel applications has unique point design and multiphase coating to last longer, generate lower forces and make better holes.
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Big Kaiser’s Noventa Cutter has Advanced Geometry for Front, Back Chamfering
Tool transforms chamfering process to improve cycle time, tool life and surface quality.
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Horn Supermini Clamping System Increases Repeatability
Clamping method enables cutting inserts to be held in place with more force, which, in turn, makes the entire system more rigid and results in higher repeatability.
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Big Kaiser EWA Boring System Compensates for Cutting Edge Wear
When used in conjunction with in-process measuring systems, the closed-loop boring system can automatically compensate for cutting edge wear, resulting in less scrap, improved accuracy and considerable time savings.
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