Description

Taylor Hobson Talyrond 73 A 112/1080E-8 – High-Precision Roundness Tester

Unlock sub-micron roundness and form measurement with this Talyrond 73 A 112/1080E-8, a benchmark instrument from Taylor Hobson, renowned for its metrological precision and rugged build. Ideal for quality-control labs, toolrooms, and high-precision manufacturing environments.

Key Features

• Laboratory-Grade Roundness Measurement
  Part of the Talyrond 73 series, this machine is designed for very high accuracy roundness testing — the very model used as the basis for national metrology (e.g., the NPL’s roundness facility).

• Stable, Rigid Structure
  The instrument’s base and column are engineered for mechanical stability, minimizing vibrations and ensuring repeatable measurement accuracy.

• Precision Centering & Levelling Table
  A micrometer-driven centering and levelling mechanism allows parts to be aligned extremely precisely to the spindle axis — critical for accurate roundness measurement.

• Highly Sensitive Gauging Capability
  Equipped to use a variety of inductive probes / styli (Taylor Hobson offers a wide range) to capture minute deviations in surface form.

• Error-Separation Techniques
  Using advanced signal processing and repeatable spindle rotation, the Talyrond can separate spindle error from the workpiece form, improving measurement fidelity.

• Solid Metrology Legacy
  Taylor Hobson instruments like this are trusted in both industrial QC and national measurement institutes.

Why Choose This Talyrond?

This Talyrond 73 A unit is ideal for anyone requiring ultra-precise roundness, cylindricity, or form measurement. Whether you’re calibrating precision shafts, verifying bearing journals, or validating flatness/circularity in finished parts, this machine provides:

• Exceptional repeatability and accuracy

• Stability in a workshop or lab environment

• Capability for detailed harmonic/form analysis

Typical Applications

• Inspection of cylindrical workpieces (shafts, spindles, bearing races)

• Metrology labs performing form certification

• Toolmaking and R&D for high-precision components

• Calibration facilities demanding traceable, high-accuracy roundness data