Sepro Group develops and integrates one of the widest ranges of robotic options in the industrial automation landscape, ranging from simple sprue pickers to advanced 6-axis configurations. 1. Sprue Pickers
In the fast-paced world of plastics injection molding, speed, precision, and uptime are everything. As manufacturers face increasing pressure to lower costs while improving quality, one name has risen as a global benchmark: .
To understand the value of Robot Sepro, one must look at the company’s origins. Sepro Group, headquartered in La Roche-sur-Yon, France, was founded in 1968. For decades, they operated as a leading manufacturer of industrial robots, but the turning point came in the early 2000s.
| Series | Axis | Payload | Typical Use | | :--- | :--- | :--- | :--- | | | 3 or 5 | Up to 30 kg | General purpose, medium tonnage (50–500T IMM) | | S7 Strong | 5 or 6 (articulated) | Up to 20 kg | Insert molding, unscrewing, degating in the mold | | Y (Yaskawa collaboration) | 6 (articulated) | Up to 225 kg | Post-molding operations (trimming, assembly, packaging) | | Strong X | 3/5/6 (cobot) | Up to 15 kg | Collaborative cells without safety fences (low speed) | | Success | 3 (pneumatic/servo) | Up to 5 kg | Low-cost, high-speed sprue pickers | robot sepro
Sepro operates localized training hubs where technicians can learn advanced programming, mechanical upkeep, and safety protocols.
Cartesian robots are the workhorses of the plastics industry. Operating on X, Y, and Z linear axes (horizontal stroke, ejector stroke, and vertical arm), they mount directly to the IMM frame.
: Definition of Cartesian robots and Sepro Group's role in the global plastic injection molding market. Hardware Architecture Sepro Group develops and integrates one of the
Choosing a Sepro robot means choosing modular engineering tailored specifically to the unique constraints of plastic injection molding. This comprehensive guide analyzes the full ecosystem of Sepro robotics, breaking down their mechanical architectures, flagship product lines, control systems, and industrial applications.
Enter Sepro. Their robots—ranging from simple beam robots to complex 6-axis articulated arms—reach into the press, grab the part with custom-made end-of-arm tooling, and place it on a conveyor or a secondary operation station. This happens in seconds, cycle after cycle, thousands of times a day.
These polyarticulated arms are perfect for complex post-molding operations, including assembly, flaming, tray loading, inspection, and overmolding. They excel in tight spaces where linear clearance is limited. 3. Key Technological Innovations The Visual Control System As manufacturers face increasing pressure to lower costs
These are the backbone of their lineup, used for high-speed part removal and precise positioning. 6-Axis Articulated Robots:
This comprehensive overview covers the core technology, specific product lines, and strategic manufacturing advantages of Sepro robotics. Core Technology and Technical Classifications
In the fast-paced world of plastic injection molding, staying competitive means balancing speed, precision, and cost-effectiveness. has established itself as a global leader by doing exactly that—providing modular robotic solutions that adapt to the diverse needs of modern manufacturers.