Contact us

Please contact the PRUFTECHNIK team for any product or service inquiry.

Contact us

Find us locally

PRUFTECHNIK operates worldwide in over 70 countries.

Find your local contact person.

To your contact person
61 Alexandra Terrace #05-03 Harbour Link Complex
119936 Singapore


Easily mount the magnetic pulley laser alignment tool on one pulley and the three magnetic targets on the other pulley to view readings


Quick Setup

PULLALIGN Lite 2 is securely mounted onto the pulley with a magnet

Height adjustable targets

The targets can be easily adjusted in height to display a perfect alignment result

Green laser beam

High visiblity on the targets even in very bright indoor and outdoor light conditions

Get a quote

Please fill out our contact form and we will send you a non-binding offer.

Get a quote

What is Adaptive Alignment?

Learn about the next generation of laser alignment systems

Schedule a free product demo

Please leave us a message and we will contact you to schedule a free product demo at your premises.

Free product demo

Easy belt and pulley laser alignment

  • Green laser beam ensures high visibility indoor and outdoor

  • Height adjustable targets to display the latest alignment condition

  • Laser and targets are mounted by magnet onto the pulley

  • Practical transport and storage bag

  • Displays offset and angular misalignment

  • More accurate and efficient than wires or straight-edge

  • Pullalign lite 2
  • Pullalign lite 2


Find out more …

PULLALIGN Lite 2 is a very easy to handle laser alignment system to simply but efficiently align pulleys. Pulley alignment reduces wear of the pulleys, increases machine efficiency, extends the planned maintenance intervals, und finally leads to cost- and energy savings.

The green laser beam is highly visible on the three targets even under very bright indoor and outdoor light conditions.

Like all PRUFTECHNIK alignment systems, the PULLALIGN Lite 2 piece of equipment uses a single-laser technology. When the green line-laser hits the targets, the user can simply read the actual alignment condition. The optimum alignment condition is achieved when the laser beam hits the same reference line on each target.