Robot Sepro Official

A: With proper lubrication and belt replacement every 2 years, a Sepro Cartesian robot easily lasts 15+ years. Many original Sepro robots from the 1990s are still running.

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: Robot Sepro . robot sepro

Before buying, ask your Sepro distributor for a and a 4-week ROI calculation . Most molders find that the robot pays for itself within 12-18 months through labor savings, reduced scrap, and improved consistency. Frequently Asked Questions (FAQ) Q: Can a Sepro robot be installed on any injection molding machine? A: Yes, Sepro provides mounting brackets and I/O interface protocols for all IMM brands from 30 tons to 5,000 tons. A: With proper lubrication and belt replacement every

Sepro Group, based in France, has been an independent robot manufacturer since 1973. The company specializes in and articulated robots (collaborating with Stäubli), all integrated through a single, powerful control system: Visual Control . As manufacturers face increasing pressure to lower costs

A: Both are excellent. Yushin dominates high-speed side-entry. Sepro dominates 5-axis Cartesian and multi-brand IMM integration. The choice often comes down to local support availability.

This article dives deep into Sepro’s history, its product lineup, key technologies, and how Sepro robots are transforming injection molding floors across automotive, medical, packaging, and consumer goods industries. A Sepro Robot is an industrial automation device specifically designed for injection molding machines (IMMs). Unlike general-purpose robots, Sepro robots are built to withstand the harsh environment of a molding shop—heat, oil, vibration, and 24/7 operation.

But what exactly is a "Robot Sepro"? Is it a single machine, a brand, or a technology? For engineers and plant managers, understanding the Sepro ecosystem—from sprue pickers to high-speed Cartesian robots and 6-axis articulated units—is critical for staying competitive.