KEMMER Grooving Tools, Turning Tools and Parting Tools

Overview

Grooving Tools | Turning Tools | Parting Tools | SAMTEC
P92 Grooving Tools, Turning Tools and Parting Tools

A great variety of applications
  • Turning
  • Parting off
  • Grooving

Different methods of cutting and

Grooving Tools | Turning Tools | Parting Tools | SAMTEC

Parallel Cuts

Grooving Tools | Turning Tools | Parting Tools | SAMTEC

Cutting and one-way turning

Grooving Tools | Turning Tools | Parting Tools | SAMTEC

Cutting and two-way turning

Major cutting

Grooving Tools | Turning Tools | Parting Tools | SAMTEC

Major cutting

Grooving Tools | Turning Tools | Parting Tools | SAMTEC

Grooving

Grooving Tools | Turning Tools | Parting Tools | SAMTEC

The major cutting edge cuts a groove.

Parting off

Grooving Tools | Turning Tools | Parting Tools | SAMTEC

The major edge parts off a component from the bar.

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FAQ

1. What is the P92 system in machining?

The P92 system by SAMTEC TOOLS is a versatile cutting tool solution designed for grooving, turning, and parting operations. It offers precision, stability, and flexibility in various machining applications with a single toolholder system.

2. What operations can I perform using P92 tools?

    • Turning (one-way and two-way)
    • Grooving (internal, external, and face grooving)
    • Parting-off operations
    • Parallel cuts and major cutting applications

3. Are P92 tools suitable for CNC machines?

Yes, P92 tools are fully compatible with CNC turning centers. They offer excellent repeatability, precision, and ease of insert change—ideal for high-speed production environments.

4. What types of materials can be machined using P92 tools?

    • Steel
    • Stainless steel
    • Cast iron
    • Non-ferrous metals
    • Hardened materials (with suitable grade appropriate inserts)
    • Titanium & Inconel (with suitable grade inserts)

5. What are parallel cuts in grooving?

Parallel cuts involve cutting grooves in a straight path parallel to the axis of the workpiece. This is commonly used in O-ring grooves, retaining rings, and mechanical locking systems.

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