high machining efficiency tipped cbn insert for finishing cutting turning

cbn inserts | solid cbn inserts for hard turning

CBN Inserts | Solid CBN Inserts for hard turning

CBN Inserts have much higher crack resistance with high-speed cutting. we buy those CBN plates from Element Six, and GE, then using a laser machine and Wire cut Electrical Discharge Machining to cut it in pieces for tipped on carbide.

tipped pcbn inserts with brazed cbn cutting edges for hard

tipped pcbn inserts with brazed cbn cutting edges for hard

tipped pcbn inserts with brazed cbn cutting edges are used for machining ferrous hard metals such as nodular cast iron, hardened steel, high speed steel, die steel, bearing steel, cemented steel, heat resisting steel, carbon tool steel, chromium and nickel molybdenum alloy. the working tips of cbn inserts are made by pure polycrystalline cubic boron nitride, cbn tipped inserts are mainly for

pcbn insert-funik ultrahard material co., ltd.

PCBN Insert-Funik Ultrahard Material Co., Ltd.

Focusing on revolutionary technological innovation on CBN micro-nano materials, composites and cutting tool application, and advanced controlling and manufacturing process, Funik is able to develop and manufacture the most consistent high-quality PCBN solid inserts with high impact resistance, more economical double-layer inserts, super finishing single-layer inserts and inserts with cutting

cost efficiency with hard part turning | production machining

Cost Efficiency with Hard Part Turning | Production Machining

Modern CBN grades have contributed substantially to strong, durable tools, and today`s insert-technology has also provided cutting edges that raise both productivity and finishing capabilities. Mechanically interlocked CBN corners provide the strength and security for multi-tip inserts to be economical and optimized for reliability.

pcbn wiper insert | tipped tool | worldia

PCBN Wiper Insert | Tipped Tool | Worldia

3. Clear numbers of tips make the insert easily to management 4. Special welding technology, firmly welded 5. Wiper tip inserts can improve the surface finishing of workpiece, increase machining efficiency, mini tip inserts can reduce the cost of cutting tools. The max. AP=0.5mm 6.

turning inserts | cutting tools | kyocera asia pacific

Turning Inserts | Cutting Tools | KYOCERA Asia Pacific

Advanced Cermet Technology Provides High-quality Surface Finish and High-efficiency Machining. PR1725/PR1705 Newly Developed PVD Coating MEGACOAT NANO PLUS maintains long tool life and excellent surface finish.

the 10 commandments of dry high-speed machining | american

The 10 commandments of dry high-speed machining | American

Featuring a short, stable cutting geometry, the end mills are available in solid carbide and CBN designs. The solid-carbide Micro end mills are designed for high-precision machining applications up to 55 HRC and can machine small engravings, electrodes, components, and cavities with varying depths.

turning inserts and grades for hardened steel

Turning inserts and grades for hardened steel

Turning inserts and grades for hardened steel. Turning hardened steel calls for super-hard insert grades. Whatever your component or requirements for surface finish, find productive insert grades here that can withstand high temperatures and cutting forces and still retain their cutting edges.

top 7 tips on machining inconel, hastelloy, monel

Top 7 Tips on Machining Inconel, Hastelloy, Monel

Endmill with more flutes. Modern high efficiency milling (HEM) toolpaths that are available with current software lend themselves to more endmill flutes. Metal removal rates and tool life can be increased by taking advantage of faster, light radial depth of cut toolpaths with endmills that have 7-9 flutes. Drill with replaceable tips.

turning troubleshooting guide - gives solutions to

Turning Troubleshooting Guide - gives solutions to

POOR INSERT LIFE - Depth of Cut Notching: Scale part: Increase lead angle: Increase cutting speed: High work hardening materials: Select tougher grade: Select stronger chipbreaker: Vary depth of cut if possible: PROBLEM: CAUSES: SOLUTIONS: POOR INSERT LIFE - Thermal Cracks: Extreme variation in cutting temperature