Quantum computing

Quantum computing platforms often rely on photonic components for qubit generation, routing, and measurement. Xeryon’s vacuum-compatible piezo stages offer nanometer-accurate positioning for mirrors, lenses, and optical couplers, ensuring stable light paths in even the most complex optical circuits.

Compact - Precise - Stable - Reliable - Vacuum Compatible

Example applications

Laser alignment & stabilization for ion trap and neutral atom quantum computers
Optical component positioning (mirrors, lenses, beam splitters) in quantum photonics setups
Beam steering and switching for controlling light paths
Cavity tuning and interferometry in quantum optics experiments
Fiber coupling for quantum communication links and photonic integration

When precision is not enough

Xeryon stages combine nanometer and microradian resolution with a self-locking design. Once in position, no power is required to hold it - eliminating drift, minimizing heat and energy consumption, and ensuring your system stays free from resonance and noise.

True durability

Xeryon's products are all direct-drive, resulting in a simple, reliable design with backlash-free operation. Compared to other types of piezo motors, Xeryon's ultrasonic piezo motors last more than a hundred times as long.

A reliable motion partner

Many OEMs turn to Xeryon when moving away from traditional piezo stage suppliers. With shorter lead times, competitive pricing, and responsive support, we provide a dependable alternative without compromising on performance or precision.