Tschorn 3D Tester Probes & Replacement Stylus

Tschorn 3D Tester Probes & Replacement Stylus

Precision testing tools and replacement stylus for reliable measurements every time

Ensure accuracy and reliability in every measurement with Tschorn 3D Tester Probes and their replacement stylus. Designed for precision, durability, and ease of use, these tools are perfect for engineers, quality control specialists, and anyone requiring exact measurement in three dimensions. Keep your equipment performing at its best with genuine replacement styli.

Tschorn 00163CN03

00163CN03

High-precision 3D tester probe designed for consistent measurement performance. Ideal for CNC and metrology applications.

Tschorn 00163C006

00163C006

Replacement stylus compatible with multiple Tschorn 3D probes. Provides precise touchpoints for accurate measurements.

Tschorn 001V2D012

001V2D012

Durable 3D tester probe offering high accuracy in all axes. Suitable for precision engineering and quality control environments.

Tschorn 001V2V012

001V2V012

Versatile replacement stylus for Tschorn 3D probes. Ensures ongoing precision and reliability in measurements.

Tschorn 001V2DB12

001V2DB12

High-precision stylus replacement for specialized Tschorn probes, maintaining maximum accuracy and longevity.

Tschorn 00163B012

00163B012

Reliable 3D tester probe replacement stylus, engineered for precision and consistent measurement results in all applications.

Why Choose Tschorn 3D Tester Probes & Stylus?

  • High Precision

    Engineered to deliver accurate 3D measurements, ensuring consistent results in every application.

  • Durable Construction

    Crafted from premium materials to withstand repeated use while maintaining precision over time.

  • Easy Replacement

    Replacement styli are easy to install, ensuring your probes stay accurate without downtime.

  • Versatile Applications

    Perfect for a wide range of industrial, quality control, and precision engineering tasks.

Share:

Leave a comment

Please note, comments must be approved before they are published