Used DISCO DAD 522 #9400945 for sale

DISCO DAD 522 is a scribing/dicing equipment used to construct highly accurate and repeatable profiles in a wide range of materials. This system is the latest in the popular Hawak Scribing and DISCO DAD family of products. It features an advanced mechanized arm that allows for optimal accuracy and speed in a range of materials, from composites to metal, with a minimum of labor. The unit is designed for high precision with an accuracy level of 0.0002" (5 μ) and can accommodate a wide range of material thicknesses, from 0.005" to 1". DISCO DAD522 can create whatever profile is needed, from intricate shapes and lines to bevel edges and joinery angles, making it suitable for a wide range of industries including aerospace, automotive, and medical sectors. The machine also offers a variety of cutting components, such as carbide, diamond, PCD, and ceramic tooling, as well as a selection of tooling fixtures to optimize cutting results. DAD 522 uses a fixed belt speed of 1,400 IPM that is fully adjustable and offers a variety of features, including an automatic tooling run-off, cutting pressure adjustments, and integrated squaring clamps. The tool also includes an optional CNC controller with a graphical user interface to monitor and manage the machine's operation. The asset comes equipped with an intelligent optical abut battery feature that allows a variety of scribing, dicing, and engraving options. It also offers a number of options for creating bevels and miter joints, allowing for quick and accurate profiling of irregular shapes and joints. Additionally, DAD522 is capable of marking, tying, and IDing flat surfaces, all from a single pass. DISCO DAD 522's unique scribing and dicing feature can produce highly accurate and convenient results, regardless of material type. This model is compatible with a wide range of materials and CNC controllers, providing efficient and reliable industry results. DISCO DAD522's long-term use and versatility make it a reliable choice for many applications and processes.