Used DYNATEX GST-150 #293807268 for sale

DYNATEX GST-150 is a precision scribing and dicing equipment designed to meet the increasing demands of high-tech industries, such as semiconductor, automotive and aerospace components. The system uses advanced laser technology to manipulate the surfaces of hard and brittle materials, including semiconductor wafers and thin-film dielectric layers, to enable precise and accurate microcircuit manufacturing techniques. GST-150 features a high-powered infrared laser unit, with a power output of 150 W for cutting, boring and etching a variety of materials including Silicon, GaAs, AlN, SiO2, TiO2 and other semiconductor materials. The laser employs a hybrid controlled focusing machine that ensures optimal energy transfer. It can be further operated with a pinhole tool to ensure superior beam collimation, focusing and homogenization on the surface of the working material. DYNATEX GST-150 is operated through a user-friendly interface with a 7-inch touchscreen monitor. It has a manual feed asset to facilitate alignment and adjustment of the material, a built-in temperature controller and a high-speed motorized positioning model allowing speeds up to 1000mm/s. It also has the ability to store up to 30 job templates and can be connected to a computer via an Ethernet port, enabling remote control of the equipment. It also has a closed-loop program monitoring to detect any material flaws or faults before processing and an automatic error correcting system to minimize the impact of any material deficiencies. GST-150 has a wide range of applications including scribing line for thin-film dielectric layers, cutting of semiconductor wafers and embedded circuits, as well as drilling, etching and machining of hard and brittle materials. It is also capable of laser ablation, thin film and thick film deposition, laser cladding, surface treatments and polymer modification techniques. DYNATEX GST-150 is a reliable, efficient and cost-effective scribing and dicing unit, offering excellent accuracy and repeatability for producing complex microstructures. Its automated program monitoring and error checking capabilities makes it an ideal tool to produce precision engineered components with superior quality and accuracy.