AD series Aluminum alloy Dovetail Bearings Linear Stages
Description
The AD Series Aluminum Alloy Dovetail Bearings Linear Stages are characterized by their expansive travel range, spanning from 60 to 360 mm, designed to accommodate a variety of application needs.
Crafted from durable aluminum alloy, these linear stages are engineered with convenience in mind; the dovetail bearings facilitate easy adjustments and secure fixing.
This feature, combined with the series’ robust construction, renders it a highly cost-effective solution, making it an ideal choice for standard optical experiments and other applications requiring precise positioning and alignment.
AD series Aluminum alloy Dovetail Bearings Linear Stages
Specifications |
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|---|---|
| Travel Range: | 60-360 mm |
| Sensitivity: | -- um |
| Load Capacity (Horizontal): | 5 kg |
| Load Capacity (Vertical): | null kg |
| Thickness: | -- mm |
| Guiding Mechanism: | High-Precision Profiled Rails |
| Axes Of Motion: | One Axis |
| Drive Position: | Center Drive |
| Weight: | 1.2 kg |
| Table Size: | 40×40, 60×60 mm |
Features
- Material: Constructed from Aluminum alloy, ensuring a lightweight yet durable design.
- Design: Features a dovetail bearing mechanism.
- Table Size Options: Available in two table sizes, 40×40 mm and 60×60 mm.
- Weight and Load Capacity: Varying weights from 0.25 Kg to 1.2 Kg across models, with load capacities of 5 Kg and 6 Kg.
- Thickness: Models have thicknesses of either 30 mm or 34 mm.
- Optional Configurations: Customers have options like dual slider single drive and dual slider dual drive, enhancing adaptability.
Applications
AD series Aluminum Alloy Dovetail Bearings Linear Stages could find applications across various fields such as:
- Optical Experimentation: Precise adjustment of travel degrees is essential for aligning optical elements, making these stages suitable for research labs and optical testing facilities.
- Material Testing: The robust construction and load capacity make it apt for testing material properties under varying angular adjustments.
- Manufacturing and Assembly: Useful in precise component assembly processes, particularly where angular movement and alignment are critical.
- Microscopy: These stages can be utilized in microscopy for fine-tuning and adjusting the position of specimens.
- Semiconductor Industry: Application in the alignment and positioning of wafers and other components during manufacturing.
- Robotics: Integration into robotic systems for tasks requiring precise movement and positioning.
For pricing, technical or any other questions please contact the supplier
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China
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On FindLight:
since 2020