The Renishaw XK10 alignment laser system uses wireless communication to transmit data between itself and a connected PC. In many territories devices which use the radio frequencies used by wireless communication are exempt from many of the normal regulations covering radio devices. In other territories the level of regulation varies. The table above indicates the relevant standards or licensing authority that XK10 complies with for indicated territories and the corresponding registration number, where applicable.

Crucially, the XK10's reference mount has allowed us to capture and record accurate machine profiles, without the need for a linear guide rail. Not only has this reduced evaluation time, but it has provided greater insight into a variety of key data, which in turn will further improve the repeatability and accuracy of our measurements.

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The XK10 alignment laser system can measure the squareness deviation between two nominally square axes on a machine. This document aims to explain the differences between squareness measurements using traditional methods and the XK10 system.

Intuitive software - guides you through the set-up and measurement process, quickly and easily. Visit calibration software downloads for the latest version.

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The recommended recalibration period for the XK10 alignment laser when used in a 'normal' environment is two years. To find our more, visit our calibration service, repair and recalibration web page.

The XK10's machine tool fixturing kit is designed to improve repeatability and accuracy in measurements. Measurements are taken and recorded with the XK10 display unit. This allows up to 30 hours of portable operation with the rechargeable battery.

The XK10 alignment laser provides a quick, easy and versatile alternative to traditional methods, like dial gauges, autocollimators and metrology artefacts. It eliminates the need for time-consuming procedures. It can be used to ensure that linear rails are straight, square, flat, parallel and level. It can also assess spindle direction and coaxiality of rotary machines.

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The XK10 alignment laser offers digital precision for aligning both linear and rotary axes, presenting a modern upgrade from traditional manual methods. This leads to a significant reduction in machine build, maintenance and service time.

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The XK10 has been development to measure geometric and rotational errors in machine tools. The compact size and versatile fixturing means XK10 can be used in many configurations, enabling measurement of errors across all types and sizes of machine tool.

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The XK10 launch is the primary laser source for most types of measurement. It is used with the M unit for geometric measurements up to 30 m. The S unit and M unit contain both transmitters and receivers which can be configured in different ways based on the measurement set-up.

The increasing demand for intuitive tools to streamline machine alignment processes has outpaced the effectiveness of many traditional methods.

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An alignment laser is a precision tool that utilises lasers to accurately align components during build and service of industrial machines such as machine tools, precision stages and semiconductor manufacturing machines. Designed to optimise performance, alignment lasers facilitate high-accuracy measurement, digital reporting and real-time axis adjustments.

It is crucial to ensure precision during construction of a machine tool to make sure that it is reliable and efficient. Checking the alignment during the build process can prevent errors from being discovered after the machine has been built, which can be more difficult to fix. Regular alignment checks are also valuable during on-site service, maintenance or following a collision.

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This can be used for any spindle or chuck alignment, to ensure that it points in the same direction through a full 360° rotation.

The straightness and parallelism analysis feature in CARTO Explore creates custom reports. This provides reliable results for checking and correcting machine alignment.

The XK10 launch unit can measure up to 30 metres when used with the M unit. When the M unit and S unit are used for different configurations, they can measure up to 20 metres.

The XK10 display unit digitally records measurements, providing comprehensive error reports and reduces operator error due to manual documentation.

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Rotating head - allows easy beam pointing from the launch unit with the capability to measure flatness using a series of grid points.

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The XK parallelism kit is an additional accessory required to carry out parallelism measurements. It allows two nominally parallel straightness measurements to be carried out without moving the launch.

Automatic analysis - immediate measurement results, with live displays for adjustment and easy export to .xml file or CARTO.

Straightness and parallelism analysis in the CARTO software Explore application, provides insightful actionable results.

XK10 can measure both parallelism and parallel straightness. This document aims to explain the differences between parallelism and parallel straightness for machine tool assembly and alignment, and the traditional methods for performing these measurements.