In high-throughput manufacturing environments—such as automotive component assembly, consumer electronics packaging, or pharmaceutical sorting—electric parallel grippers have become indispensable for their rapid actuation, precise positioning, and clean operation. DH-Robotics specializes in electric parallel grippers that combine brushless servo motors, closed-loop control, and modular finger designs to deliver sub-millimeter accuracy at cycle times under 0.2 seconds. This article explores how their solutions optimize productivity in applications demanding speed, reliability, and cleanroom compatibility.
High-Speed Actuation for Nonstop Production Lines
DH-Robotics’ EPG series electric parallel grippers leverage brushless DC motors and optimized gear trains to achieve opening/closing time of 0.7-0.8s, making them ideal for high-speed pick-and-place tasks. A leading smartphone manufacturer integrated these grippers into their touchscreen assembly line, reducing cycle times by 40% compared to pneumatic alternatives while eliminating air supply contamination risks. The grippers’ integrated absolute encoders also ensure consistent positioning, even after power cycles, preventing misalignment in precision assembly processes.
Cleanroom-Ready Design for Sensitive Environments
To meet stringent hygiene standards in medical device manufacturing or semiconductor fabrication, DH-Robotics’ electric parallel models feature stainless steel construction, IP67-rated seals, and lubrication-free drives. Their EPG-Clean variant, for example, uses FDA-compliant materials and smooth surfaces to prevent particle generation, enabling use in ISO Class 5 cleanrooms.
Modular Grippers: Flex Meets Rapid Automation
DH-Robotics’ electric parallel grippers redefine high-speed automation by merging rapid actuation, cleanroom compatibility, and modular adaptability. As industries prioritize flexibility and efficiency in competitive markets, their solutions provide the precision and reliability needed to maximize uptime while minimizing operational costs. Whether assembling microchips or packaging snacks, their solution empowers manufacturers to achieve new levels of productivity with clean, consistent, and customizable gripping technology.
