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Metal Stamping RobotMetal stamping robots, driven by servo motors, enable continuous, stable, and safe production on single or multiple stamping press production lines.
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Spray Coating RobotOur spray coating robot is used for automated powder coating of metal, plastic, and composite workpieces.
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Paint Robots Automotive IndustryThe 6-axis robotic arm with ±0.05 mm repeat accuracy maintains stable coating overlap.
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Programming Free Painting RobotThis programming-free painting robot is suitable for production lines requiring rapid setup, consistent repeatability, and reduced reliance on dedicated robot programmers.
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Automated Palletizing RobotAutomatically unload materials from conveyors or filling lines
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Sorting RobotsEnd suction cup fixture and adjustable 2D vision system enable sorting of different shapes and sizes.
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Pallet Nailing RobotThe Pallet Nailing Robot automates the assembly of wooden pallets, performing precise nailing, stacking, and fixture handling.
Jan 13, 2022 · As a result, both swimming speed and efficiency have been significantly improved and the robot surprisingly reaches a swimming speed of 1.88 m/s corresponding to 7.1 body lengths per...
High Speed Stamping Robot. High Speed Stamping Robot. A built-in signal switch box, high speed, high repetition precision robot. Add to Inquiry. Assembly Line Production Line 6 Axis...
With seven-axis, the production rate of automated robotic stamping lines can be further increased to 12 pieces/min, which enables the productivity of robot-automated stamping lines to compete with...
Introduction HY1010A-143 is a 6 axis handling robot which can be used for Handling, palletizing and depalletizing. Here it is used for stamping function for press machine. For some special...
Compared with the common stamping 1508a robot, the structure is more suitable for high-speed stamping. With the further improvement of market demand and modernization degree. The application of...
Nov 01, 2007 · High-Speed Stamping — Part 2 November 1, 2007. As an object’s speed increases, kinetic energy also increases. Kinetic energy is expressed as: KE = (mv2)/2 Where: KE = kinetic energy...