Used DELTA DESIGN Edge Gen2 #293659736 for sale

DELTA DESIGN Edge Gen2 is a fully-integrated ultra-compact 6-axis industrial robot handler, designed with advanced features which make operations smoother and more efficient. This handler has an advanced hybrid control system for motion, featuring a great combination of servo motor control and linear or rotational actuator technology. With this setup, operators will enjoy speed and flexibility in their automated handling tasks. Edge Gen2 features a highly accurate robot controller, with the ability to detect small changes in environment and react accordingly. This, combined with the powerful yet intuitive software set, provides users with a stable platform to operate their robotic-driven handling tasks. The Gen2 also allows great flexibility, allowing operators to tailor their setup as their handling tasks require. The robot controller is highly optimized for maximum speed and torque, giving smooth and precise operations. Aside from its great control capabilities, DELTA DESIGN Edge Gen2 features a range of safety features aimed at reducing potential risks inherent in robotic operations. This includes enhanced electronic fuse protection, pressure leak protection, E-stop and emergency stop buttons, and an anti-collision system. This advanced combination of safety measures ensures that users have complete peace of mind when operating their robot. Edge Gen2 is also optimized for energy efficiency. With its integrated 8-port real-time energy monitoring system, users can easily monitor their energy consumption and make sure they are using as little energy as possible. This helps keep the robot's supporting environment safe, and as a result, keeps the surrounding working environment healthy. Overall, DELTA DESIGN Edge Gen2 is a great handler offering speed, flexibility, and safety to operators, all while satisfying demanding needs for energy efficiency. By integrating cutting-edge technologies for motion and safety control in one device, the Gen2 offers users a relaxed and confident experience when executing their robotic-driven operations.