Description
Introducing Goniometer35-theta from MultiFields Technologies, a compact and advanced tilter stage designed for precise piezoelectric motion under extreme conditions. With dimensions of 35*35*16 mm, this device is meticulously engineered for compatibility with ultra-high vacuum (2 E-11 mbar) and very low temperatures (30 mK).
Crafted with non-magnetic materials like pure Ti & BeCu, it stands resilient against magnetic fields up to 18 Tesla. The Goniometer35-theta is capable of supporting high loads up to 500g, offers a significant travel range of 12°, and features closed-loop control with position sensing up to a 0.5 m° resolution. Explore the unparalleled performance and precision of Goniometer35-theta for your demanding applications in science and technology.
Goniometer35-theta: Advanced Low-Temperature Piezoelectric Motion Tilter Stage
Specifications
| Vacuum Compatible: | Yes |
|---|---|
| Microstep Size (default Resolution): | 0.5 urad |
| Built-in Controller: | No |
| Range Of Motion: | -0.6 – 0.6 deg |
| Accuracy (unidirectional): | 30 mrad |
| Maximum Speed: | 0.3 rpm |
| Minimum Speed: | 0.5 urad/s |
| Dynamic Force: | 3 N |
| Rotation Center To Top Plate: | 50 mm |
| Position Encoder: | Resistive Sensor |
| Encoder Range: | 12 deg |
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Features
- Compact Design: Dimensions of 35*35*16 mm.
- Compatibility: Ultra-high vacuum (2 E-11 mbar) & very low temperature (30 mK) compatible.
- Material: Composed of non-magnetic pure Ti & BeCu.
- Magnetic Field Compatibility: Suitable for up to 18 Tesla magnetic field.
- Load and Rotation Center: Supports high loads up to 500 g & rotation center to top plate is 50 mm.
- Travel Range: Offers a long travel range of 12°.
- Position Sensing: Features closed-loop control with a resolution of up to 0.5 m°.
Applications
- Precision positioning
- Microscopy
- Optics and photonics research
- Semiconductor manufacturing
- Life science applications
- Metrology and inspection systems
- Work in a cryostat
Frequently Asked Questions
What are the dimensions of the Goniometer35-theta?
Is this product suitable for ultra-high vacuum and very low-temperature environments?
What materials are used in the construction of this product, and is it compatible with high magnetic fields?
Can you specify the load capacity and the distance from the rotation center to the top plate?
What is the travel range and position sensing resolution of this goniometer?
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