OKE cutting inserts

The preferred chip-breaker for semi-finishing of steel materials. With the negative chamfering design on the cutting edge, the blade has excellent edge strength and supreme impact resistance. Excellent chip-breaker ...

... High-strength edge design with double rake angle chip-breaker ensures good impact resistance and a certain sharpness of the insert at the same time. The best chip breaking range is Fn: 0.3-0.50mm/r; The primary ...

Stainless steel finishing chip-breaker: The rake angle and edge inclination angle are designed for the processing characteristics of stainless steel materials, and the blade edge is sharp. Small chip resistance, excellent chip breaking ...

Stainless steel finishing chip-breaker: The rake angle and edge inclination angle are designed for the processing characteristics of stainless steel materials, and the blade edge is sharp. Small chip resistance, excellent chip breaking ...

... wide coverage; - Providing sparse tooth cutter and dense tooth cutter, the sparse tooth cutter adopts unequal tooth design which suppresses vibration effectively. - Compared with the traditional S type ...

... The Traditional S-Type Inset, The Insert Tip Has Thickened Design, With Good Strength; 　　Universal For Left And Right Hand, Suitable For Double Main Spindle Milling; 　　Curve Edge Design, Ideal Chip Shape, Light Cutting.

... Types, Can Meet The Maximum Depth Of 3.2mm, 3.5mm Respectively; 　　16 Cutting Edges, Excellent Economical Efficiency; 　　Curve Edge Design, Ideal Chip Shape, Light Cutting; 　　Cutting ...

... Bonding; 　　The Bearing Area And The Gap Area Is Reasonably Designed For Main Positioning Area To Ensure The Stable Support; 　　Insert Slot Over Positioning Design, Good Stability; 　　Multi-Segment Curve Edge Design, ...

... Processing For Heavy Cutting; Suitable For A Variety Of Workpiece Materials, Including Fine To Medium Finishing Of Most Steel; Suitable For Most Steel Universal Cutting Materials, And Is The Preferred ...

　The Grade Has A More Accurate Composition, Combined With A New Substrate Material Production Process, To Further Improve The Impact Resistance Of The Alloy, To Meet The Application Of Different Processing Occasions; 　　The ...