Equipment for CNC and CMM machine calibration
Linear measurement
Lathe
Lab research
Linear measurement
No more limits during measurements!
HPI-3D shifts the frontier of parameters available in modern laser linear interferometers. Extremely high measurable movement speed, ultra high resolution and very high sampling rate make the device suitable even for highly demanding applications. Various Accessories and Optics provides opportunity to perform even the most demanding types of measurements. Lasertex HPI-3D can be ordered in various configuration, from pick and go machine service kit to OEM linear encoder for machines and measurement stands.
Lathe
Lathe Measurement System LMS-5 is a laser-based device for complete characterisation of various lathes.
Special, proprietary, beam detection algorithms implemented into the optical detector guarantee unrivalled accuracy and measurement speed of the whole measurement system.The source of the laser beam is a fibre pigtailed and intensity stabilised laser diode.
Lab research
Why Lasertex?
Optics
Lasertex uses unique fused quartz laser optics with high contrast ratio 1/1000 and up to 20 layers of coating to achieve polarisation of the laser beam.
Resolution
Quartz optics has the lowest thermal expansion coefficient and can provide the highest resolution available on the market nowadays.
Simplicity
With help of our unique combination of software and hardware Lasertex products are easy to learn and use without hiring a specialist.
Individual approach
Lasertex has individual approach to every our costumer. Being a small company, with all CNC machinery in house, it is no problem for us to adapt for our costumers needs. From OEM machine calibration solutions to simple plug and go decisions.
Complex orders are simple
In industrial environment every company has its own need. Lasertex has strong research university background. That is to say, we can make individual tweaking of our products to suit even the most demanding needs. Just contact us through our contact form.
Our customers
