Piezo-Based Nano-Positioning
Precibeo designs high-precision nano-positioning systems based on piezoelectric actuation, enabling sub-micron and nanometre-scale motion control.
Their platforms operate at the fine-alignment layer of the vision and metrology stack — where optical focus, calibration stability and component positioning directly determine measurement integrity.
Precibeo technologies are typically specified when conventional motorised stages reach their performance limits, particularly in optical alignment, precision metrology, semiconductor inspection and advanced research environments.
Platform Capabilities
Nano-Positioning Stages
Piezo-driven linear and multi-axis stages delivering nanometre-scale resolution and high repeatability for precision applications.
6-Axis Alignment Platforms
Compact hexapod and multi-degree-of-freedom systems enabling simultaneous translation and rotation for complex alignment tasks.
Fine Focus & Optical Calibration
Ultra-stable positioning supporting high-resolution imaging, interferometry and optical metrology platforms.
High-Stability Motion Control
Integrated control electronics designed to maintain precision under demanding laboratory and industrial conditions.
Typical Application Areas
Optical alignment of lenses, lasers and sensors
Nanometre-precision positioning stages enable accurate alignment of optical components such as lenses, laser sources and imaging sensors. Multi-axis motion allows fine adjustment of position and angle to optimise beam paths, focal alignment and optical system performance.
Learn moreSemiconductor and microelectronics calibration
High-precision motion systems support wafer inspection, chip calibration and microelectronic component alignment. Controlled nano-positioning ensures repeatable measurements and precise positioning during fabrication, testing and packaging processes.
Learn moreInterferometry and precision metrology
Piezo-driven positioning platforms provide the ultra-stable motion required for interferometry and optical metrology. Sub-micron and nanometre adjustments enable accurate surface measurements, dimensional analysis and calibration of precision optical components.
Learn moreHigh-resolution imaging system alignment
Precision stages allow accurate positioning of cameras, microscope optics and detectors. This enables optimal focus, sensor alignment and optical path control for high-resolution imaging systems used in research, inspection and measurement applications.
Learn morePhotonics research platforms
Flexible multi-axis positioning systems support experimental photonics setups, including fibre alignment, laser experiments and optical device testing. Researchers can precisely position components to investigate optical behaviour and prototype new photonic technologies.
Learn moreScientific instrumentation and laboratory automation
Precision motion platforms integrate easily into automated laboratory equipment such as microscopes, spectrometers and analytical instruments. Reliable nanometre-scale positioning enables repeatable experiments, automated measurements and advanced research workflows.
Learn moreNano-Positioning Product Range
Linear Stages
The PRECIBEO GO Linear Stages move with nanometer precision over centimeter distances and are self locking at rest.
Rotation Stages
The PRECIBEO GO Rotation Stages move with micro degree precision over unlimited travel ranges.
Multistage Assemblies
The PRECIBEO GO system is modular and the products are easily combined into multistage assemblies.
3-Axis Stages
The PRECIBEO GO 3-Axis Stages move with nanometer precision along and around up to three axes.
6-Axis Stages
The PRECIBEO GO 6-Axis stages allow nanometer precision motion along and around up to 6 axes.
Linear Actuators
The PRECIBEO GO Actuators move with nanometer precision over centimeter distances and are self-locking at rest.
Controllers
The PRECIBEO GO Controllers are designed for precise command and feedback of all PRECIBEO GO motion systems.
Accessories
The PRECIBEO GO accessories are designed to simplify system integration and include the GO Joystick, Vertical Mounts, and more.
Technology Tags
Supporting System Integrators & OEM Machine Builders
Laser 2000 supplies Precibeo nano-positioning systems as precision motion building blocks within optical, metrology and robotic alignment architectures.
We support system integrators and OEM machine builders in integrating ultra-precise stages with optical systems, control electronics and feedback mechanisms — ensuring alignment tolerances, motion stability and environmental specifications are correctly defined at the design stage.
Our role is to provide technically aligned nano-positioning solutions and cross-domain expertise across precision optics, motion control and system integration.