Compact High-Load Scanner25-z: Low Temperature Piezoelectric Motion with Ultra-High Vacuum Compatibility
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Ships from:
China
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On FindLight:
since 2020
Description
The Scanner25-z is a compact, high-performance piezoelectric motion scanner designed for use in demanding low-temperature and high-vacuum environments. With dimensions of 25 x 25 x 8.5 mm, this scanner provides a high load capacity of up to 200g while maintaining precise control and positioning. It is compatible with ultra-high vacuum (UHV) conditions (down to 2E-11 mbar) and operates at temperatures as low as 30 mK, making it ideal for cryogenic and scientific research.
Crafted from non-magnetic materials such as pure titanium (Ti) and beryllium copper (BeCu), the Scanner25-z is resilient in magnetic fields up to 18 Tesla, allowing for integration into high-field experiments. The device offers a travel range of 55 µm at 300 K and provides high-resolution position sensing down to 0.8 nm. It is available in various configurations, including HV, ULT, and UHV versions, to cater to specific experimental needs.
The Scanner25-z is perfect for applications requiring precise motion control in extreme environments, ensuring accuracy and reliability in a wide range of scientific disciplines.
Compact High-Load Scanner25-z: Low Temperature Piezoelectric Motion with Ultra-High Vacuum Compatibility
Specifications |
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|---|---|
| Axes Of Motion: | One |
| Travel Range: | 0.055 mm |
| Load Capacity (Horizontal): | 0.2 kg |
| Load Capacity (Vertical): | Not Specified |
| Max Speed: | Not Specified |
| Weight: | 0.02 kg |
| Guiding Mechanism: | Other |
| Voltage Requirement: | Other |
| Capacitance @300 K: | 4.2 uF |
| Resolution: | 0.8 nm |
| Linearity Error: | Typical ~ 0.1 % |
| Dimensions (WxHxD): | 25 x 25 x 8.5 mm |
| Temperature Range: | 1.4 to 400 K |
| Vacuum Compatibility: | 2E-7 mbar (UHV version: 2E-11 mbar) |
| Max Magnetic Field: | 18 Tesla |
| Drive Voltage Max: | 75 V @300 K, Max 180 V @4 K |
| Materials (Main Body): | Pure Ti, BeCu |
Features
- Compact Design: Small footprint (25 x 25 x 8.5 mm) for use in space-constrained setups
- Ultra-Low Temperature and Vacuum Compatibility: Operates in environments down to 30 mK and vacuum pressures as low as 2E-11 mbar
- Non-Magnetic Construction: Made from pure titanium (Ti) and beryllium copper (BeCu) for compatibility with 18 Tesla magnetic fields
- High Load Capacity: Can support up to 200 g, making it suitable for demanding applications
- Large Travel Range: 55 µm at 300 K for versatile motion
- High Resolution: Position sensing with a precision of up to 0.8 nm
- Multiple Versions Available: HV, ULT, and UHV versions for different experimental needs
- Low Capacitance: 4.2 µF at 300 K ensures efficient operation in low-temperature environments
Applications
- Cryogenic Research: Ideal for use in He3 and dilution cryogenics systems due to its low temperature capability (30 mK)
- High-Vacuum Studies: Compatible with ultra-high vacuum conditions, suitable for experiments requiring pressures as low as 2E-11 mbar
- Magnetic Field Research: Works in magnetic environments up to 18 Tesla, making it suitable for high-field experiments
- Precision Motion Control: Excellent for applications requiring precise, high-resolution movement (0.8 nm resolution)
- Nanotechnology: Perfect for precision manipulation of components at the nanoscale
Frequently Asked Questions
The Scanner25-z has compact dimensions of 25 × 25 × 8.5 mm and weighs 20g.
Yes, the Scanner25-z is compatible with ultra-high vacuum conditions of 2 E-11 mbar and very low temperatures down to 30 mK.
Absolutely, composed of non-magnetic materials like pure Ti and BeCu, the Scanner25-z is compatible with magnetic fields up to 18 Tesla.
The Scanner25-z offers a long travel range of 55 um at 300 K and high-resolution position sensing up to 0.8 nm.
The Scanner25-z supports high loads up to 200g.
The Scanner25-z is versatile and ideal for a range of applications requiring compatibility with low temperatures, high vacuum, and strong magnetic fields, including cryogenics, research, and specialized industrial processes.