Used K&S 982-10 Plus #9305979 for sale

K&S 982-10 Plus is a state-of-the-art scribing/dicing equipment that is designed for high-speed and precise cutting and scoring of large glass plates. This system is widely used for various industrial applications, including sheet metal working, printing, and assembly. The unit features a high-accuracy 5-axis cutting machine, coupled with a controlled laser for scribing and dicing operations. It is capable of cutting glass up to 10mm thick at speeds of up to twenty m/min. The cutting head is powered by high-speed air actuators and high-torque drive motors to provide smooth movement and accurate positioning. The machine is fully digital and includes an intuitive user interface for easy programming and control. The tool also features a robust built-in HD camera asset and dedicated vision model, which provides real-time cutting and scoring feedback. The equipment can also be integrated with a variety of cutting and marking machines for additional flexibility and production capacity. 982-10 Plus is designed for easy installation and maintenance, requiring only basic tools and minimal operator training. The system has a comprehensive set of safety features which include a safety interlock, an emergency stop, and a secure access control unit. The machine also features a flexible storage tool to enable storage and long-term preservation of cutting-edge data. In addition, K&S 982-10 Plus is equipped with an extensive set of accessories, such as a full set of consumables, templates and cutters, as well as a range of additional components to make it suitable for any application. The entire asset is designed to be easily and quickly installed with minimal effort, and the design simplifies maintenance and servicing requirements. 982-10 Plus offers an advanced, reliable and cost-effective solution for high-precision glass cutting and scoring applications. Thanks to its precision cutting performance and user-friendly design, this model is the best choice for busy production and manufacturing processes.