Hans new product ultra high precision nano stage

Product features:

1. Use a precision motorized linear stages with a very low cross-section height in the moving magnet method.

2. Use mini linear guides, mini motor driver and high-resolution encoders which achieved high precision positioning.

3. Use high performance magnets xy linear stage to obtain greater thrust. Although small in size, it can still achieve high speed and high responsive positioning.

4. With moving magnet method of bldc motor driver module, the mechanical contact part is only the guide rail, so it can achieve high cleanliness.

By reducing the number of other parts and redesigning the shape of parts,Hans double motor module has the characteristics of extremely high integration to achieve excellent cost performance, and further miniaturizing the precision positioning table. It also has support for motion network pulse and bus protocol, which realizes wiring-saving, smooth, high-speed, and high-precision movement.

Ultra high precision nano stage series:

Characteristic：

1. Ultra-small model;

2. Moving magnet method to fix the encoder motor, save the drag chain and achieve the high cleanliness;

3. Equipped with a l298n dc motor driver that supports the motion network EtherCAT, which realizes the wiring-saving, smooth, high-speed, and high-precision motion.

4. LMA75 series miniature stages can provide 14mm stroke in a very small space, the miniature voice coil actuator with high compatibility, and can be used in occasions with extremely high space requirements;High accuracy and the built-in rack and pinion cross roller guide is used to ensure the high rigidity of the structure, and the repeated positioning accuracy is ±0.5um.

Application:

1. Semiconductor industry and electronic components;

2. Medicine and life sciences in the medical industry;

3. Industrial manufacturing with high-precision requirements

4. Industrial quality assurance, optical metrology, such as surface inspection;

5. Motion simulation and image stabilization;

6. Micromanipulation, optical alignment, photomechanics;

7. Packaging and testing;

8. Astronomy, aerospace research.