Description
The Linear16-x is a compact, closed-loop piezoelectric motion stage designed for precision positioning in extreme environments. With a footprint of only 16mm x 16mm, it is the smallest stage in its category, ideal for ultra-high vacuum (UHV) and very low-temperature conditions, compatible with cryogenic systems down to 30mK.
This stage is made from non-magnetic materials such as pure titanium and beryllium copper, ensuring compatibility with high magnetic fields (up to 18 Tesla). It features a travel range of 3mm with a high load capacity of 50g and a dynamic force of 1.5N.
The built-in closed-loop control system ensures position accuracy with a resolution of 0.1µm, making it perfect for applications requiring high precision, such as semiconductor testing, microscopy, and scientific research in low temperature and vacuum environments.
Linear16-x Low Temperature Piezo Linear stage
Specifications
Axes Of Motion: | One |
---|---|
Travel Range: | 3 mm |
Load Capacity (Horizontal): | 0.05 kg |
Load Capacity (Vertical): | Not Specified |
Max Speed: | 2 mm/s |
Weight: | 0.01 kg |
Guiding Mechanism: | Other |
Voltage Requirement: | Other |
Dynamic Force: | 1.5 N |
Weight: | Not Specified |
Position Encoder: | Resistive Sensor |
Encoder Range: | 3 mm |
Sensor Resolution: | ~150 nm |
Footprint: | 16 x 16 x 10.5 mm |
Temperature Range: | 1.4 to 400 K |
Vacuum Compatibility: | 2E-11 mbar (UHV) |
Max Magnetic Field: | 18 Tesla |
Drive Voltage Max.: | 200 V |
Dynamic Force: | 1.5 N |
Sensor Resolution: | ~150 nm |
Features
- Compact Design: 16mm x 16mm x 10.5mm footprint, making it ideal for space-constrained applications
- Ultra-Low Temperature and UHV Compatible: Operates at temperatures as low as 30mK and vacuum levels of 2E-11 mbar
- Non-Magnetic Construction: Made from pure titanium and beryllium copper for compatibility with magnetic fields up to 18 Tesla
- High Load Capacity: Supports up to 50g with a dynamic force of 1.5N for robust performance
- Closed-Loop Control: Positioning resolution of 0.1µm for highly accurate control in precision applications
- Long Travel Range: 3mm of travel for versatile motion control
Applications
- Cryogenic Systems: Ideal for He3 or dilution cryogenic systems with the ULT option
- Semiconductor Testing: Perfect for ultra-precise positioning in semiconductor fabrication and testing
- Micro/Nano-Manipulation: Suitable for applications requiring precise, small-scale movements in scientific research and instrumentation
- Vacuum Systems: Designed for use in UHV environments, including research in physics, material science, and astronomy
- High-Magnetic Field Environments: Operates reliably within strong magnetic fields, making it suitable for various high-energy physics and engineering applications
Frequently Asked Questions
What is the travel range of the Linear16-x motion stage?
What environments is the Linear16-x compatible with?
Can the Linear16-x motion stage be used in high magnetic field environments?
What is the resolution of the closed-loop position control system?
What is the maximum load capacity and dynamic force of the Linear16-x?
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