The wide land design maintains excellent edge strength under large cutting depth and feed rate. Its unique geometry lowers cutting force and elevates overall machining performance. With high tip strength, it is perfectly suited for rough machining of cast iron.

The unique chip breaker delivers outstanding chip control. The curved cutting edge reduces cutting force, making it well-suited for roughing and heavy machining.

Dual rake angle combined with wide land guarantees superior edge strength. The versatile double-sided geometry adapts to applications from rough to light machining, while the graded edge design enables smooth chip evacuation.

The dual rake angle balances excellent sharpness and edge strength. The raised chip breaker achieves stable chip control, and the large side flute provides sufficient chip space to prevent clogging effectively.

Single‑sided high‑finish chipbreaker. It features a wide land and large rake angle for excellent sharpness and tip strength, plus a large chip gullet for smooth evacuation. Ideal for semi‑finishing and finishing steel, stainless steel and cast iron, it delivers low cutting forces

Dual rake angle paired with wide land ensures reliable cutting edge strength. The recessed concave structure greatly optimizes chip curling and breaking performance, while the large chip gullet enables smooth chip evacuation.

Wide land and large rake angle bring outstanding sharpness and reliable tip strength. The large chip gullet ensures smooth chip evacuation during cutting.

SNMM features a double-sided, heavy-duty chip groove with dual rake angles, wide land and reinforced negative chamfer, delivering exceptional edge strength, stable chip curling/breaking and smooth evacuation for heavy roughing, intermittent cuts and tough materials like steel and

It features wide land and large rake angle, delivering superior sharpness and tip strength. The large chip gullet ensures smooth and steady chip evacuation for excellent cutting performance.

Equipped with dual rake angle and wide land to ensure solid cutting edge strength. Its recessed concave design greatly optimizes chip curling and breaking, while the large chip gullet enables smooth chip evacuation.

The innovative curved edge features high strength and low cutting force, helping boost machining efficiency. It is well suited for finishing steel and alloy steel workpieces. The specially designed chip breaker groove also delivers excellent overall versatility.

Dual rake angle delivers a perfect balance of sharpness and edge strength. The raised chip breaker ensures reliable chip control. Equipped with large side flutes, it provides sufficient chip room and effectively prevents chip clogging.

Adopting arc rake angle, the insert features sharp cutting performance and low cutting force. The step-type chip breaker ensures stable chip breaking, while the heart-shaped buffer structure realizes smooth chip curling.

The gradual rake angle boosts edge sharpness and lowers cutting force. Arc transition on the main cutting edge reinforces overall edge strength. The curved cutting edge combined with raised chip breaker optimizes chip curling and achieves outstanding chip breaking performance.

This insert features dual rake angles to improve sharpness and tip stability. The positive land geometry lowers cutting resistance, while the large chip gullet enables smooth chip evacuation.

Coordinate rake angle with double convex points reduces cutting resistance and ensures steady chip flow. High edge strength and fine finish, for continuous & light interrupted cutting of carbon steel and alloy steel.

Designed with small rake angle and wide cutting edge for exceptional edge strength. The optimized chip breaker angle effectively minimizes wear and ensures stable chip breaking performance.

WNMA flat turning insert features non-groove design with smooth full face. It boasts high structural rigidity and outstanding edge strength, resistant to chipping and wear. Ideal for general turning, roughing and medium machining of various steels and cast iron, delivering stable

Wide land structure guarantees edge strength under large depth and feed. Special geometry cuts cutting force effectively. Superior tip rigidity makes it suitable for rough turning of cast iron.

RPMW Carbide Insert, durable for metal milling.

RPMT-UM Carbide Milling Insert, high wear resistance for steel and stainless steel milling.

RPMT Carbide Milling Insert, high wear resistance for steel and stainless steel milling.

APMT-H2 indexable milling inserts, made of high-quality tungsten carbide with advanced PVD coating, feature 4 usable cutting edges, 11° relief angle and DL chip breaker, suitable for steel, stainless steel and cast iron machining, delivering excellent wear resistance and producti

Our high-performance indexable APKT milling inserts, featuring a precision parallelogram shape, positive rake geometry, high-quality carbide material and advanced coatings (TiN, TiAlN, AlCrN), deliver exceptional precision, durability and cost-effectiveness for diverse milling op