1.The spacing of the voltage clamp jaws is up to 2mm, and the clamping range has jumped from the micrometer level to the millimeter level, easily adapting to various thin, medium and small-sized fine workpieces, such as glass sheets, thin metal sheets, flexible substrates,etc.;

2.It supports precise opening and closing movements with a travel of 500μm, and the clamping force is controllable. It can not only firmly fix thin and light workpieces but also avoid damage caused by rigid clamping, especially suitable for the precise clamping requirements of low-hardness and thin materials;

3.Customizable jaws: According to the specific specifications of the workpiece, the size of the exclusive jaws and the structure of the clamping surface can be customized to further expand the adaptability to specific scenarios.

1.Linear Piezo Motor: Precisely controls the free movement of the X-axis and Y-axis, with a travel range of ±10.5mm or 21mm, maintaining the original positioning accuracy without the need for additional positioning equipment;

2.Piezo Clamp Drive: Dedicated drive for the opening and closing of the clamp mouth ensures precise and controllable clamping actions of the piezo clamp, avoiding interference from multi-axis movements that may affect clamping accuracy.

In addition, XD002.XYZ500K-A piezo clamp also possesses the core advantages of piezo drive technology:

1.Precision Electronics Manufacturing Field: Suitable for clamping and assembling workpieces such as flexible circuit boards, thin metal gaskets, and micro battery electrode sheets. Its precise clamping force control can prevent the deformation of flexible materials, and the precise displacement of the X/Y axis ensures the assembly positioning accuracy, effectively reducing the scrap rate caused by clamping errors.

2.Biomedical and Scientific Research Fields: It can be used for the clamping and transportation of biological tissue sections, thin slides, and micro-medical devices. The millimeter-level clamping range is suitable for experimental carriers of different specifications. High-precision motion control ensures a stable operation process, avoiding damage to fragile biological samples and facilitating the precise conduct of pathological analysis, microbiological experiments,etc.

3.Microelectronics and Semiconductor Field: Compatible with the original micron-level fine metal wire (gold wire, silver wire, etc.) clamping scenarios, it can also be adapted to the positioning and clamping of thin wafer slicing, semiconductor packaging substrates and other workpieces. The wire clamping device can be freely configured according to requirements. The integrated design simplifies the packaging process and enhances the consistency of chip packaging.

4.Other Precision Processing Scenarios: Suitable for clamping and testing thin ceramic sheets, polymer films, tiny optical components, etc. The wide-range clamping capability reduces the cost of fixture replacement, while the high response speed and long service life characteristics are suitable for high-frequency operation requirements and lower equipment maintenance costs.