RPMW1204MO Milling Inserts

The RPMW1204MO Milling Inserts boasts three core advantages: Firstly, its unique double-sided six-edge design boosts tool utilization to 300%. Secondly, the optimized chip breaker groove ensures perfect chip evacuation within a cutting speed range of 200-350m/min. Most importantly, the special coating process maintains stable cutting performance even during continuous processing. Through a stringent quality control system, OYT Technology ensures that each RPMW1204MO Milling Inserts meets military-grade precision standards. This product has been successfully applied in high-end manufacturing sectors such as aerospace and automotive molds, helping customers achieve a 35% increase in processing efficiency while reducing the cost per unit by 20%. The company's ongoing technological innovation and comprehensive after-sales service make the RPMW1204MO Milling Inserts the preferred solution for precision machining.

RPMW1204MO Milling Inserts

The RPMW1204MO is a high-performance circular milling insert specifically engineered for heavy-duty milling operations on stainless steel, alloy steel, and high-hardness materials exceeding HRC50. Featuring a hardmetal matrix with multi-layer composite coating technology, this insert delivers exceptional wear resistance while providing superior impact resistance. It meets the full range of cutting requirements from rough machining to finish processing.

1.The circular design provides a smoother cutting transition than the normal square insert.

2.The special MO groove type allows for smoother chip removal when machining viscous materials.

3.The optimized coating process allows the tool to maintain excellent performance at high temperatures

Taizhou OYT's RPMW1204MO cutting insert is compatible with RPMT, RPMX, and other series of universal spindles. It demonstrates high compatibility with mainstream equipment such as vertical machining centers and five-axis milling machines, significantly reducing tooling system configuration costs. The edge reinforcement treatment enables a single-edged effective cutting length of 1000-1500mm, reduces tool change frequency by 50%, and achieves over 30% reduction in overall processing costs.