The dual rake angle ensures excellent sharpness and edge strength. The positive rake geometry reduces cutting resistance. Featuring a unique chip breaker protrusion, it is ideal for medium machining of superalloys.

The curved edge design balances edge strength and sharpness. It is applicable to semi-finish and medium machining of steel and alloy steel, compatible with most working conditions, and features excellent chip breaking performance.

The small rake angle and wide cutting edge deliver high edge strength. The flat land design makes it suitable for universal machining. The optimized chip breaker angle reduces wear and ensures stable chip control.

The dual rake angle design enables light cutting under various working conditions. The wide flank meets the high edge strength requirements for steel machining. Gradual chipbreaker protrusions deliver excellent chip breaking performance even at low cutting forces.

The innovative curved edge features high strength, low cutting force and higher machining efficiency. It is suitable for finishing steel and alloy steel workpieces. The specially designed chipbreaker groove provides excellent versatility.

The dual rake angle balances cutting sharpness and edge strength. The raised chip breaker delivers stable chip control. The large side flute provides sufficient chip space and prevents chip clogging.

With arc rake angle, the insert features sharp cutting edge and low cutting force. The step chip breaker ensures stable chip breaking, and the heart-shaped buffer enables smooth chip curling.

The gradual rake angle design boosts cutting edge sharpness and reduces cutting force. The arc transition of the main cutting edge improves overall edge strength. The curved cutting edge with raised chip breaker optimizes chip curling and achieves excellent chip breaking performa

The dual rake angle design improves cutting sharpness and tip stability. The positive land geometry reduces cutting resistance, while the large chip gullet enables smooth chip evacuation.

It adopts small rake angle and wide cutting edge to achieve high edge strength. The optimized chip breaker angle effectively reduces tool wear and ensures stable chip breaking.

The wide land design guarantees reliable edge strength under large depth of cut and feed rate. Its special geometry cuts down cutting force and boosts overall performance. Boasting high tip strength, this insert is perfect for rough machining of cast iron.

ISO standard triangular negative‑rake indexable carbide turning insert with 0° clearance angle and double‑sided six‑cutting‑edge design. It features an HQ precision chipbreaker for smooth chip flow and excellent anti‑adhesion performance. Built with a tough substrate and wear‑re

ISO standard triangular negative rake carbide turning inserts. Adopting double-sided flat top design without chip breaker, they come with six usable cutting edges and feature high edge strength and good impact resistance. Suitable for rough and semi-finish turning of cast iron an

The insert features a tough substrate paired with a wear-resistant coating and excellent chip breaking performance. It is suitable for finish turning, semi-finish turning and boring of steel, stainless steel, cast iron and other materials on CNC lathes, delivering stable cutting

The tip chip pocket cuts down cutting force and boosts sharpness. The curved cutting edge improves chip curling and achieves outstanding chip breaking for finishing machining.

Ideal for semi-finishing, stable cutting performance and excellent wear resistance

Features dual rake angles for superior cutting sharpness and reinforced tip stability. Optimized positive land geometry reduces cutting resistance, while the large chip gullet ensures smooth and efficient chip removal.

Ideal for medium cutting applications, this insert delivers stable machining performance and outstanding wear resistance. It maintains consistent cutting quality during long-term operation, effectively extending service life and lowering production costs.

CCMT06 carbide turning insert is designed for lathe machining. It features reliable performance, low cutting resistance and smooth chip evacuation, ideal for general turning operations with stable cutting effect and good durability.

This insert adopts dual rake angle and wide land structure to strengthen cutting edge. The recessed concave design optimizes chip curling and breaking performance, while the large chip gullet enables smooth and unobstructed chip removal.

The curved edge design balances high edge strength and outstanding sharpness. It features excellent chip breaking performance, and is well suited for semi-finishing and medium machining of steel and alloy steel, covering a wide range of working conditions.

Dual rake angle delivers sharpness and strength. Positive rake minimizes cutting resistance. Unique chip breaker works great for medium machining of superalloys.

It is applicable to medium cutting operations and features excellent chipping resistance for stable long-term machining.

Featured with small rake angle and wide cutting edge, it boasts superior edge strength. The flat land design enables universal applicability for various machining tasks. The optimized chip breaker angle effectively lessens wear and realizes stable chip control.