Used DYNATEX GST-100 #9125889 for sale

DYNATEX GST-100 is a scribing / dicing system which has been designed to nanoscale machining and cutting of a wide range of micro-electronic products. It is specifically suited to sensitive products, allowing for precise and accurate machining with minimal heat input into the affected area. GST-100 is constructed with an integrated laser controller, head, and various safety components. This ensures a high degree of reliability and minimal chance of mechanical problems arising. The laser used in the system is a CO2 pulsed laser which is able to perform intricate and detailed machining with great consistency where needed. The laser has a wavelength of 10.6um and is a no-contact laser providing accurate scribing and dicing processes. The output power of the machine is adjustable, allowing for use when dealing with sensitive materials and varying depth requirements. Built-in controllers also ensure that the parameters are optimally set for the process, allowing for quick execution and avoiding any potential for human error to occur. DYNATEX GST-100 is also fitted with numerous safety measures, such as high power safety circuit breakers, temperature detectors, and motion monitoring systems. The system is able to apply various processes such as scribing, fine-line scribing, and dicing. Scribing is particularly useful for patterning hard and soft metals, glass, and insulation substrates, with scribing widths and depths being adjustable to achieve the desired pattern. Fine-line scribing is used to achieve ±0.0005" accuracy, allowing for precise markings and the creation of fine patterns. The dicing process allows for precision cutting of many different materials, with various angles, depths, and widths being adjustable for a wide range of applications. The speed at which these processes are completed is greatly improved, with processes being completed up to 8 times faster than conventional methods. GST-100 is extremely easy to use and ideal for micro-electronic applications requiring high accuracy and precision. Its adjustable speeds, laser parameters, and safety measures make it suitable for numerous applications, and allow for consistent, reliable, and accurate machining with minimal heat input into the affected area.