In high-precision fields such as optical research, semiconductor inspection, and industrial automation, the accuracy and stability of displacement positioning directly determine the quality of the results. The 7STA05B series of electric translation stages, with its exquisite craftsmanship, outstanding performance, and flexible adaptability, has become a highly trusted precision displacement equipment in both scientific research and industrial scenarios, providing an efficient solution for micro-metre-level positioning requirements.
Ultra-high precision, forging reliable core
The 7STA05B series is centered on ultra-high positioning accuracy. It adopts precision-grounded lead screws and cross roller guides, combined with a closed-loop control system, achieving a repeatable positioning accuracy of ±1μm and a resolution of 0.1μm. This enables precise performance with a resolution of ±1μm and a positioning accuracy of 0.1μm. It effectively eliminates transmission gaps and ensures smooth operation without drift. Whether it is laser focusing, microscope positioning, semiconductor wafer alignment, or optical component fine-tuning, it can precisely lock onto the target position, meeting strict precision requirements.
Compact and robust, adaptable to diverse scenarios
The equipment adopts an ultra-thin and compact design, with a small size yet excellent carrying capacity. The standard travel range covers 30mm-100mm, and can be customized according to requirements, perfectly adapting to work environments with limited space. The body is made of high-strength aluminum alloy, treated with hard anodizing, which is wear-resistant and corrosion-resistant, while maintaining lightweight and high rigidity. It can withstand a load of 5kg-20kg, remaining undistorted and un-deformed during long-term operation, and is suitable for laboratory clean environments and complex industrial workshop conditions.
Intelligent control, efficient collaborative operation
It is equipped with a high-performance stepper motor and an elastic coupling, featuring low transmission noise and fast response speed. It supports 8-level precise control and can be seamlessly connected with the 7SC series motion controller to achieve single-axis or multi-axis linkage automatic positioning. It comes with a manual fine-tuning handwheel, allowing for precise manual calibration after power loss, balancing the efficiency of automatic control with the flexibility of manual adjustment, significantly enhancing the efficiency of debugging and operation. The DB9 standard interface design makes installation convenient, plug-and-play, and quickly integrates into the existing equipment system.
All-round application, covering all domain needs
From optical experiments and interference detection in university research to AOI vision inspection and electronic component testing in industrial fields; from microscopic operations in life sciences to precise alignment of semiconductor equipment, the 7STA05B series electric translation stage, with its stable performance, has become a standard equipment in multiple fields. Compared to similar products, it combines the precision of imported equipment with the high cost-effectiveness of domestic equipment, allowing users to enjoy top-level precise positioning experience without incurring high costs.
Craftsmanship quality, all-round无忧 guarantee
Each 7STA05B electric translation stage undergoes strict factory testing, going through multiple processes such as aging tests, precision calibration, and load tests to ensure stable and reliable performance. It comes with a 1-year warranty and lifetime technical support. Professional teams respond promptly to installation and debugging, technical consultation, and fault排查 requirements, ensuring users have no worries.
Precision goes beyond microns, stability achieves excellence. The 7STA05B series electric translation stage, with precision as its foundation and quality as its wings, helps scientific research break through limits and industrial efficiency improvement. It is the ideal choice for precise displacement positioning!