Goniometer25-theta Low Temperature Piezo Tilter Stage
Description
The Goniometer25-theta Low Temperature Piezo Tilter stage is a compact and high-performance piezoelectric motion unit designed for low temperature (LT) applications.
The piezo-linear stage features a closed-loop control system and supports a built-in position sensing. It provides smooth and accurate movement. The Goniometer25-theta is available in different versions, including low temperature, vacuum options, catering to various application requirements.
For additional specifications, options, and compatibility, please refer to the product datasheet or contact us.
Optional Versions:
- .HV Version: Default product.
- .ULT Version: Used at He3 or dilution cryogenics systems.
- .UHV Version: Compatible with 2E-11 mbar.
Additional Details:
- Weight: 20 g.
- Working Environment Temperature Range: 1.4 ~ 400 K.
- Max. Dynamic Force: 2.2 N.
- Wires: Phosphor Bronze Twisted Paired Wires, 20cm.
- Pin Materials: Polyster (glass fiber filled), BeCu Peek, BeCu.
- Pins Number: Drive - 2 pins, Sensor - 3 pins.
- Position Encoder: Resistive Sensor with an encoder range of 6.6 °.
Contact us for more information and to explore how Goniometer25-theta can advance your research or industrial applications.
Goniometer25-theta Low Temperature Piezo Tilter Stage
Specifications |
|
|---|---|
| Vacuum Compatible: | Yes |
| Microstep Size (default Resolution): | 0.5 urad |
| Built-in Controller: | No |
| Range Of Motion: | -3.3-3.3deg |
| Accuracy (unidirectional): | 30 mrad |
| Maximum Speed: | 0.3 rpm |
| Minimum Speed: | 0.5 urad/s |
| Dynamic Force: | 2.2 N |
| Rotation Center To Top Plate: | 41 mm |
| Position Encoder: | Resistive Sensor |
| Encoder Range: | 6.6 deg |
Features
- Compact Design & Dimensions: 252512.5 mm, making it suitable for various applications.
- Compatibility: Operates efficiently in ultra-high vacuum (2 E-11 mbar) and very low temperatures (30 mK).
- Material Composition: Constructed with non-magnetic pure Titanium (Ti) and Beryllium Copper (BeCu).
- Magnetic Field Compatibility: Works seamlessly in environments with up to 18 Tesla magnetic fields.
- Load & Rotation: Supports high loads (200 g) with a rotation center to the top plate of 41 mm.
- Travel Range: Offers a long travel range of 6.6 degrees.
- Position Sensing: Features closed-loop control with position sensing up to 0.2 m° resolution.
- Drive Voltage: Operates with a maximum drive voltage of 200 V.
Applications
- Precision positioning
- Microscopy
- Optics and photonics research
- Semiconductor manufacturing
- Life science applications
- Metrology and inspection systems
- Work in a cryostat
For pricing, technical or any other questions please contact the supplier
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- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
China
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Sold by:
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On FindLight:
since 2020
Frequently Asked Questions
The Goniometer25-theta boasts a compact design with dimensions of 252512.5 mm, compatibility with ultra-high vacuum and very low temperatures, non-magnetic material construction, 18 Tesla magnetic field compatibility, high loads support, a long travel range of 6.6 degrees, and precise closed-loop control with position sensing.
The Goniometer25-theta is constructed using non-magnetic pure Titanium (Ti) and Beryllium Copper (BeCu), making it suitable for high magnetic field environments.
The Goniometer25-theta offers a long and versatile travel range of 6.6 degrees, accommodating a variety of applications.
Absolutely! The device is designed to operate efficiently in environments with temperatures as low as 30 mK, making it ideal for low-temperature applications.
For additional specifications, purchasing information, or inquiries, you can contact us using the "Inquire Price" or "Contact Supplier" buttons on this page.
The Goniometer25-theta is available in several versions, including the default .HV version, the .ULT version for use at He3 or dilution cryogenics systems, and the .UHV version, which is compatible with 2E-11 mbar.
The closed-loop control with position sensing up to 0.2 m° resolution allows for precise and accurate positioning, making the Goniometer25-theta a reliable choice for applications requiring meticulous movement control.
Given its advanced features, material construction, and environmental compatibility, the Goniometer25-theta is suitable for a wide range of research and industrial applications, particularly those requiring operation in high magnetic fields and very low temperatures.