Used DYNATEX GST-100 #293807966 for sale

DYNATEX GST-100 is a multi-purpose scribing/dicing equipment designed for precise ablation of materials such as semiconductor wafers and other brittle materials. The system consists of a base made from hardened steel with two precision linear stages that provide precise control over the X-Y motion needed for accurate cuts. The product is driven by linear motors, eliminating the need for belts or gears. The unit further features a laser scanner for precise alignment and calibration of the cutting tool. It is also fitted with a rotating spindle for precise segmentation of the material. GST-100 is equipped with precise motion controllers enabling precise control of the X/Y stage performance. The high-resolution linear stages allow for precise cutting of micro-features as small as 1 µm. The machine guarantees consistent ablation and can be used to cut any material with a hardness of up to 8 Mohs. It is compatible with a wide range of ablation tools, such as diamond and coated blades, lasers, and etching nozzles. The tool's laser scanner provides precise alignment and cutting of the material. It is equipped with a 500 mW laser module, and provides high accuracy of up to 0.12 µm, based on the distribution of cut data. The asset is also fitted with a specialized scribing controller that features three different scribing speeds. The high-speed option is designed for rapid scribing, while the low-speed option is better for intricate designs and curved lines. DYNATEX GST-100 model is designed for easy setup, operation, and maintenance. It boasts an intuitive user interface and comes with speed control and automatic optimization, allowing the operator to quickly achieve the desired machining accuracy. The equipment can also be operated remotely, allowing for remote operation in multiple locations. The system includes all the necessary calibration and diagnostic tools for easier and quicker work. Finally, the unit is customizable and can be easily adapted to fit different demands and materials.