About Precibeo
Precision motion that can lift, move and hold
Precibeo develops compact piezo positioning systems for researchers and engineers who need fine motion over centimeter travel.
Our modular GO system combines walking-piezo drives, position feedback, controllers and accessories for single-axis and multi-axis positioning.
A particular strength is vertical motion. When an instrument must move an objective, optic or other payload along the Z axis, fine increments alone are not enough: the stage must also lift the load at the required speed and hold its position at rest.
Why we started
Precibeo was founded by entrepreneurs and engineers with piezo motor experience. Our first product launched in 2020. Since then, GO has grown into a modular family of linear and rotation stages, multi-axis systems, actuators, controllers and accessories.
“Our piezo motor experience revealed the need for compact stages combining nanometer precision, centimeter-scale travel, high lifting force, and zero-power position holding. We built our walking-based piezo stage system for demanding vertical axes requiring precise motion and secure holding without power.”
PRECIBEO GO
What makes GO different
- 2 nm
Sensor resolution and minimum incremental motion
- 10–50 mm
Travel
- 1 kg
Lifted at ≥1 mm/s with the 10 N version
GO linear stages combine 2 nm sensor resolution and minimum incremental motion with 10–50 mm travel. For vertical applications, the 5 N version lifts 0.5 kg at a minimum of 5 mm/s, while the 10 N version lifts 1 kg at a minimum of 1 mm/s. The walking-piezo drive is self-locking when power is off.
Stages can be combined for XY, XYZ and other multi-axis arrangements. High-vacuum versions are available for operation down to 10⁻⁴ Pa. Together, these options help engineers configure motion around the payload, travel, space and environment their application requires.
Research & industry
Built for research and instrument integration
GO systems support objective focusing and scanning, optical alignment, sample positioning, inspection and metrology. In one OEM imaging instrument, a GO linear stage provides vertical objective scanning. In a university photonics laboratory, GO XYZ and six-axis systems help align optical signals with waveguide chips.
Our purpose
Our purpose is to make nanometer-scale motion over centimeter travel practical in research and industrial instruments.
We aim to help scientists and engineers build equipment for photonics, life sciences, semiconductor technology and materials research, from experiments to repeat production.
Let’s find your configuration
Let’s discuss your motion requirements
Tell us what needs to move, how far and how quickly, and whether it must operate vertically or in vacuum. We can help identify a suitable GO configuration and provide the information you need to evaluate it.
Email info@precibeo.com
or call +46 18 700 13 40