Beam Shaping and Steering
Linear Stage with Piezoelectric Inertia Drive for Accurate and Stable Beam Manipulation
Beam shaping and beam steering allow for precise customization of beams to meet the requirements of high-tech applications, such as those in the semiconductor or microscopy industries. These applications require long-term positioning with minimal drift of optical components. With their bi-phase inertia drive technology, PI’s miniature linear stages offer precise positioning with high force and resolution, as well as long-term stability, making them the perfect choice for demanding industrial or microscopic tasks. Their compact size makes them ideal for use in space-constrained environments, while easy stackability enables flexible multi-axis configurations for complex positioning requirements. In the semiconductor industry, beam shaping and steering are of particular importance in quality control processes for wafers, for example those in overlay metrology, where precise positioning of apertures is essential. In the field of microscopy, they facilitate precise light control at nanometer scales, which is crucial for modern high resolution techniques, such as TIRF or STED microscopy.
Key Features
B-421 BIX Miniature Linear Stage
- Bi-phase inertia drive technology
- Minimum drive force of 2.5 N
- Travel ranges of 13 mm, 23 mm, or 33 mm
- Max. payload 0.5 kg (motion in XY) and 0.15 kg (motion in Z)
- User-friendly PI software: PIMikroMove
- Integrated incremental encoder with up to 6 nm resolution
>> B-421 BIX Miniature Linear Stage
Motion Control E-881
- Command set: GCS 3.0
- USB and TCP/IP interfaces
- Set of drivers, e.g., for use with C, C++, C#, NI LabVIEW, MATLAB, and Python
- Emulator available
- One active axis
- Two analog inputs, four digital inputs/outputs
>> E-881 BIX Motion Controller
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