Used DYNATEX DX-III #293809240 for sale

DYNATEX DX-III is a reliable scribing and dicing equipment designed for industrial applications. It is a fully automated and customizable equipment solution for drilling, scribing, or cutting a wide range of substrates and materials. The system features an open architecture design which allows for easy integration with other related production systems and processes. DX-III offers precision cutting with consistent results due to its servo drive motors and advanced software controller. It allows for both linear and rotary motion in one machine, making it an excellent choice for scribing and cutting semiconductor and beveling glass substrates. The unit is capable of processing up to four substrates simultaneously, with a minimum setting speed of 0.01 mm per second. DYNATEX DX-III is capable of repeatable high-accuracy positioning along both the X and Y axes. The spindle holds a variety of tool types which work in conjunction with a programmable feed rate and cutting force. This allows for efficient processing of a variety of materials such as glass, ceramic, quartz, metals, and non-metals. DX-III is also capable of processing substrates with a variety of thicknesses and patterns, allowing for a wide range of application potential. DYNATEX DX-III offers an easy to use touchscreen interface for navigation and operation. The user can program a job including pick and place, picking motion, cutting motion, and retraction motion. It also features a built-in tool life management machine to ensure that tooling is being operated within set parameters, leading to improved productivity and reduced maintenance costs. Additionally, the tool is designed for safety and comes equipped with a guarded cover as well as E-stop and safety interlocking systems for additional protection. For maximum results and repeatable precision, DX-III is an excellent scribing and dicing asset. The high performance of the equipment is matched with the straightforward control user interface, creating an easy to use and reliable processing model.