MICRONIX designs and manufactures miniature linear and rotary nanopositioning stages that feature modular piezo or stepper drives and optional high‑resolution encoders for nanometer‑scale accuracy. The product line includes vacuum‑compatible (down to 10⁻⁹ mbar), cryogenic, and non‑magnetic versions, and the company offers custom system design and rapid prototyping for single‑axis to complex multi‑axis applications. Their patented multi‑stage piezo motor delivers industry‑leading precision, stiffness, and repeatability.
Funding
Funding not disclosed
Founders
Product
Problem
Researchers and engineers often need sub‑micron positioning in compact spaces, but conventional nanopositioners are bulky, limited to a single drive type, and lack compatibility with vacuum, cryogenic, or non‑magnetic environments.
Solution
Micronix offers miniature linear and rotary stages that combine a patented multi‑stage piezo motor with interchangeable piezo or stepper drives, allowing users to select the optimal actuation method for their application. Optional direct‑feedback encoders provide nanometer‑scale resolution, while the modular design enables rapid integration into custom single‑axis or multi‑axis systems. The stages are available in vacuum‑compatible (down to 10⁻⁹ mbar), cryogenic, and non‑magnetic configurations, ensuring reliable performance in demanding scientific and industrial settings.
Target Audience
Primary customers are R&D laboratories, semiconductor and optics manufacturers, and instrumentation developers requiring high‑performance nanopositioning in constrained or specialized environments.
Features
- Patented multi‑stage piezo motor delivering high precision, accuracy, and stiffness in a compact form factor
- Modular drive architecture supporting interchangeable piezo or stepper motors
- Optional direct‑feedback encoders with nanometer resolution for closed‑loop control
- Compatibility with vacuum (≤10⁻⁹ mbar), cryogenic temperatures, and non‑magnetic materials
- Integrated controller with an intuitive programming interface for easy setup and operation
- Custom system design and rapid‑prototype integration for single‑axis to complex multi‑axis solutions