Pramet TPMR Series Lathe Insert, 3.18mm Height, 16.5mm Length

This lathe insert by Pramet is a high-precision triangular indexable insert. Designed for efficiency and accuracy, this tool is a reliable solution for professionals in various industries.

• Manufactured by Pramet to ensure quality and reliability
• Triangular shape for versatility in various machining operations
• Indexable design for cost-effective tool usage
• Height of 3.18 mm and length of 16.5 mm for compatibility with different lathe setups

• Ideal for use in lathe parting, grooving, threading, and other machining operations
• Suitable for high-precision cutting tasks in the industrial sector
• Can be used for professionals working in automation, electronics, electrical, and mechanical fields

Yes, this lathe insert is designed for use in both turning and milling operations for maximum versatility.

Yes, the indexable design of this lathe insert allows it to fit a wide range of lathe setups for enhanced flexibility in machining tasks.

Yes, the T9325 grade ensures durability and precision, making it ideal for cutting hard materials with ease.

Turning Inserts

Breakdown of ISO Reference

Higher Number = Tougher / Resistant to Impact
Lower Number = Harder / Wear Resistant

TU5525 the New Universal Turning Grade

TU5525 is a truly universal tuning grade suitable for cutting Steel, Stainless Steel, Cast Iron and heat resistant Aaloys. There is no need to hold stock of a multitude of grades reducing the cost of inventory and time wasted changing inserts. One insert for almost all applications.

TP2135 a Tough Impact Resistant Grade

If insert breakage or chipping of the cutting edge is a problem TP2135 may be the answer. Some application do not offer the cutting edge a constant cutting surface whether from a non round part or holes in the part this constant impact on the cutting edge can lead to insert failing. TP2135 is designed to take higher impact loads giving a more secure cutting edge, suitable for cutting steel, stainless steel and heat resistant alloys.