Lasers for 6DoF machine measurement

Renishaw's XM-60 and XM-600 multi-axis calibrators are unique tools for optimisation in the advanced manufacturing industry. Designed for rapid measurement, analysis and compensation of machine tools, CMMs, XY stages and other motion systems.


Addressing and rectifying errors in axis measurements can be a timely and inefficient challenge. This is where reliable laser systems for six degrees of freedom (6DoF) machine measurement becomes essential.

Renishaw's XM-60 multi-axis calibrator measures errors in six degrees of freedom along a linear axis, simultaneously from a single set-up. It uses comprehensive analysis software to investigate the relationship between different error types along axes and monitor the drift of a machine's performance over time. This leads to maximising productivity, efficiency, and output quality in a machine shop.

Renishaw's XM-600 multi-axis calibrator delivers the full functionality of the XM-60 system when used with the CARTO software, along with additional capability to communicate with Renishaw's UCC controllers. This makes it ideal for any manufacturing facility that utilises both machine tools and CMMs (Coordinate Measuring Machine).


What is a multi-axis calibrator?

A multi-axis calibrator is an instrument used to calibrate and assess the accuracy of multiple axes in various motion systems and machinery. They are commonly used in applications such as manufacturing, robotics, CNC machines and coordinate measuring machines to maintain the precision and reliability of the equipment.

The XM-60 multi-axis calibrator has been designed by Renishaw to precisely measure errors in six degrees of freedom along a linear axis, simultaneously from a single set-up. When used with an XC-80 environmental compensator, linear measurements are automatically compensated to ensure high accuracy across the full environmental operating range.

For users of volumetric compensation the XM-60 system provides a quick and accurate method of data population. All measurements are made optically allowing use in any orientation.

Why would you use a multi-axis calibrator?

Multi-axis calibrators play a crucial role in industries where precision and accuracy are paramount. Their primary function is to ensure that multiple axes within mechanical systems are accurately calibrated and aligned to guarantee precise movements. In regulated industries, multi-axis calibrators can be used to prove compliance with industry standards and regulations.

Regular calibration with versatile multi-axis calibrators, such as the XM-60, allows for quality and reliability of machinery to be maintained with ease. Machine downtime is minimised, reducing the impact on production lines.

The XM-60 multi-axis calibrator works alongside the intuitive CARTO software for easy capture and analysis of data. A comprehensive range of data manipulation tools allows analysis to meet international standards and individual requirements.

Key benefits

Quick measurement

From a single set-up, linear, pitch, yaw, roll, horizontal and vertical straightness can be measured.

Simple set-up

Easy set-up, automatic sign detection and graphical alignment minimise human errors.

Details results

Effortlessly capture data with CARTO software to measure, analyse and export machine performance results.

Unique technology

For measurement capability in all orientations with optical roll.

Added value through CARTO software development

Renishaw's CARTO software consists of three applications; Capture to collect laser measurement data, Explore for powerful analysis to international standards and Compensate for quick and easy error correction.

Regular updates add value to the XM-60 system and widen application opportunities.

    The analysis-based data stitch function in Explore allows users of the XM-60 system to analyse stitched data to international standards for longer axes.
    The offset readings function in Explore allows the X, Y, Z deviations from the receiver to the point of interest to be entered into CARTO. Captured data is then recalculated to give the true errors at the source.
    The 3D error visualisation mode in Explore displays a scalable animation of the measured axis. This helps to understand the errors and the relationship between the 6 degrees of freedom.