Used DISCO S-16 #91579 for sale

DISCO S-16 is a next-generation scribing and dicing equipment designed to meet the technological demands of the modern electronics manufacturing industry. This innovative system is engineered to provide precision, accuracy and speed in all of its operations, making it ideal for the production of the highest quality components for the most challenging applications. The unit utilizes a high-speed top-down scribing machine that is powered by a graphite stylus, which travels at speeds of up to 1000 mm per second. This highly accurate scribing and dicing machine is equipped with an advanced camera tool and software that allow it to trace and capture even the most precise patterns and cuts. The resultant cuts and patterns are accurately transferred onto layers of thin .016 inch copper foil before being then individually diced into discrete electronic components of varying sizes. S-16 is an incredibly efficient asset, with an average time rate of 180mm/s. Its high efficiency and precision make it possible to produce perfect, high-quality components in the minimum amount of time. Additionally, the design of the machine's systems makes it incredibly easy to use, while its advanced control systems allow the user to make changes and adjustments as needed with minimal effort. DISCO S-16 is designed to work with a variety of substrates, including stainless steel and aluminum. It has a high tolerance for variations in material thickness, which means it can successfully process thin foils as thin as .003 inches and as thick as .030 inches. The model also has a laser cutting capability, allowing the production of very small, intricate components and patterns. In addition, it has an optional vision equipment, which can be used to double check the accuracy of the cuts and patterns. In summary, S-16 is an incredibly advanced, high-speed scribing and dicing system that is designed for precision and accuracy in production. It has been designed to produce the highest quality components, and its advanced technology and design make it an ideal choice for the most challenging applications.