Used DELTA DESIGN HDEL-0-055-EDGE #9186357 for sale

DELTA DESIGN HDEL-0-055-EDGE
ID: 9186357
Handler.
DELTA DESIGN HDEL-0-055-EDGE handler is a compact but powerful robotic solution designed for today's increasingly automated production processes. With a maximum load capacity of 1300 kilograms, and a total workspace volume of up to 13 cubic metres, this handler can accommodate most parts and workpieces as well as all types of automation equipment and tools. This innovative robot comes equipped with a high-precision, variable-speed arm driven by a brushless electric servo motor, which provides smooth, precise movements and accuracy to +/- 0.001mm at 6m/s. In addition, advanced vision systems make it possible to identify and pick up delicate and non-uniform objects easily and quickly. The main axis allows for a 360-degree rotation and a maximum reach of over 3.5 meters. Its highly efficient parallel link kinematics and the low mass of its arm ensure fast, flexible movements with no drop in torque. The DLTA DESIGN HDEL-0-055-EDGE has an integrated control system which features both teach-pendant and online programming capabilities. This allows for offline programming of the robot, as well as real-time manual control from the teach-pendant. Its built-in Ethernet network, integrated I/Os, and an optional remote panel enable easy system expansion, integration and behavior programming. DELTA DESIGN HDEL-0-055-EDGE also comes with the added advantage of easy setup and maintenance. Its small footprint and compact design make it easy to install. Its low weight and no need for external cooling even make it the ideal solution for tight spaces. Its flexibility, repeatability, and programmability ensure easy maintenance and operation. Overall, the DLTA DESIGN HDEL-0-055-EDGE handler is an ideal choice for automation applications in industries such as automotive, electronics, and material handling. With its advanced technological features, reinforced structure, and long service life, this robot is the perfect option to maximize efficiency and yield ratio in these production processes.
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