Pruftechnik ShaftAlign Touch Laser Shaft Alignment System

• Pruftechnik ShaftAlign Touch Laser Shaft Alignment System (BC# -L/T*)
• AC Adapter
• Carrying Case (G)

Pruftechnik ShaftAlign Touch Laser Shaft Alignment System


The PRUFTECHNIK SHAFTALIGN Touch is a portable laser shaft alignment system used to align coupled rotating machinery, such as a motor connected to a pump. It measures the relative positions of the shafts so maintenance technicians can correct misalignment and help the equipment operate more reliably.

The system uses single-laser technology to measure shaft alignment and automatically calculate the required corrections. It shows technicians how to reposition the machine, including vertical adjustments using shims and horizontal adjustments at the machine feet. Live readings let the operator monitor progress while making these changes.

Its touchscreen interface guides users through measurement and correction tasks. Adaptive Alignment technology combines the laser system with Active Situational Intelligence to support reliable results. Active Clock and Freeze-Frame functions help technicians measure equipment with larger initial misalignment, while RFID identification helps associate alignment records with the correct machine.

SHAFTALIGN Touch supports maintenance during installation, repair, and routine machinery checks. Correcting shaft misalignment can reduce vibration, bearing and seal wear, and unnecessary energy consumption. Wi-Fi and cloud connectivity also support transferring alignment information, helping maintenance teams document equipment condition and completed work.

Features:

• Single-laser technology for precise shaft alignment.
• Touchscreen controls with guided measurement steps.
• Automatic correction calculations for shimming and horizontal machine movement.
• Live adjustment readings to monitor alignment as corrections are made.
• Adaptive Alignment and Active Situational Intelligence to support reliable measurements.
• Active Clock and Freeze-Frame functions for measuring larger initial misalignment.
• RFID machine identification to link equipment with its alignment history.
• Wi-Fi and cloud connectivity for transferring measurement records.
• Rugged, portable design for industrial maintenance.