Electric gripper EPG series

parallelprecisionfor collaborative robots

● Introduction The electric parallel gripper is an innovative robot end effector that achieves fast and stable gripping of objects through precise motor drive and transmission mechanism. Its gripping fingers move in parallel on a plane, with a maximum adjustable stroke of 0-180mm and a single-finger gripping force of 2N~800N. It uses advanced motor technology and artificial intelligence algorithms to automatically adjust the gripping method in various complex environments to adapt to different object shapes, sizes and positions. This device does not require an external air source, has a compact structure, supports multiple installation methods, and is suitable for deployment in small spaces. Features ● High-Precision Control Integrated Drive-Control: Minimizes latency with unified drive-control design. Micro-Force Control: 0.1N-level force adjustment to protect delicate parts (e.g., electronics, medical devices). Repeatability: Direct-drive actuators achieve μm-level positioning accuracy. Multi-Mode Operation: Position/speed/force/hybrid control for complex tasks (gripping, pressure holding). ● Smart Functionality Power-Off Lock: Auto-locks during outages to prevent workpiece drops. Real-Time Feedback: Proprietary high-resolution sensors enhance responsiveness. Precision Force Control: FOC algorithm-optimized torque modeling for accurate force output. ● Energy Efficiency & Cost Savings Eco-Friendly: 30%+ energy savings vs. pneumatic systems, reducing carbon emissions. Low Maintenance: No air leaks/hose degradation, outperforming pneumatic grippers in lifespan. ● Adaptability Compact Design: Miniaturized for confined spaces (e.g., small robotic arms, medical tools). Flexible Gripping: Programmable stroke/force to handle varied shapes/sizes (e.g., batteries, semiconductors).