Product news

A comprehensive portfolio of non-contact measuring and analysis devices with modern user interfaces, laser scanning, and integrated software for wear data management for fast testing and cost-reducing predictive maintenance of railway wheelsets—in worldwide use.

A new generation of practical measurement and testing systems enables rapid testing and cost-reducing, predictive maintenance of railway wheelsets – made in the EU.
The combination of high-precision measuring instruments, smartphone-based handheld measuring devices, laser scanning, non-contact measurement technology, and powerful software facilitates quick analysis and logging. This reduces operating costs and maintenance requirements while ensuring continuous wear monitoring.
The systems are already being used successfully by railway operators in more than 30 countries worldwide, proving their excellent performance and operational qualities.

The product range extends from handy, high-precision wheel diameter measuring devices to profile measuring devices for non-contact measurement of wheel flange parameters, wheel spacing, disc brakes, or rail profile, to real-time wheel geometry measurement systems for profile and diameter measurement, as well as automated systems for wheelset inspection that measure all geometric features of wheelsets using lasers.

Benefits and key features

• High accuracy, reliability, mobility, and ease of use at attractive prices
• Automated analysis and logging of measurement results
• Continuous wear monitoring without any special effort
• Cost savings through reduced downtime, lower maintenance costs, and optimized maintenance planning
• Easy processing and storage of measurement results in a computer database thanks to integrated software
• Made in the EU
• Wide global applicability: The devices are already being used successfully by railways in more than 30 countries worldwide
• Customized special solutions are possible!

Outlook and customer benefits

• The solutions offer a holistic approach to wheel inspection: from the precise recording of individual geometry data to a comprehensive wear data management.
• Operators benefit from improved maintenance schedules, reduced operating costs, and transparent documentation of wheel conditions.
• The non-contact measurement principles enable safe, fast measurements even under field conditions and help minimize downtime.

We also offer a wide range of different vibration sensors for the railway sector.