In industries like laboratory automation, electronics assembly, and jewelry manufacturing, where workspace is limited and handling delicate components is critical, small electric grippers have emerged as a game-changer. DH-Robotics specializes in these grippers that combine miniaturized servo drives, lightweight construction, and high-precision control to perform intricate tasks in confined areas. This article explores how their solutions enable robots to handle tiny parts with sub-millimeter accuracy while optimizing production line layouts.
Miniaturized Design for Tight Workspaces
DH-Robotics’ SEG series small electric grippers feature a compact footprint and low profile, making them ideal for cobot arms, desktop robots, or multi-station assembly systems. A medical device manufacturer integrated these grippers into their automated catheter assembly line, reducing the required workspace by 50% compared to pneumatic alternatives. The grippers’ aluminum alloy bodies also minimize inertia, enabling rapid acceleration without sacrificing stability during high-speed operations.
Plug-and-Play Integration with Collaborative Robots
DH-Robotics’ grippers support universal communication protocols like EtherCAT and Modbus RTU, enabling seamless pairing with cobots from major brands. Their built-in I/O ports and teach pendants simplify calibration, allowing operators to set stroke limits and force thresholds in minutes.
Mini Grippers: Precision, Gentle, and Cobot-Smart
DH-Robotics’ small electric grippers redefine precision automation by merging space-saving designs, gentle force control, and effortless cobot integration. As industries demand higher flexibility in compact environments, their solutions provide the reliability and adaptability needed to handle tiny, valuable parts with minimal human intervention. Whether assembling microelectronics or processing recyclables, they empower manufacturers to maximize efficiency without compromising on accuracy or workspace.
