Robot Sepro !!exclusive!!

Historically, injection molding machine (IMM) manufacturers produced their own proprietary robots. This created "walled gardens"—if you bought a press from Manufacturer A, you were locked into their robotic ecosystem, often sacrificing performance for compatibility.

The Ultimate Guide to Sepro Robots: Revolutionizing Automation in Injection Molding

Founded in 1973 and headquartered in La Roche-sur-Yon, France, Sepro is one of the world’s earliest pioneers of Cartesian CNC robots specifically designed for injection molding machines. Over its 50-plus years of operation, the company has equipped more than 40,000 plastic injection machines globally, establishing itself as the leading independent manufacturer of Cartesian robots in Europe and the second-largest worldwide. The company’s reach spans 12 subsidiaries and 40 distributors across more than 50 countries, with a workforce of approximately 650 employees and an annual revenue of €150 million as of 2023. robot sepro

But what exactly makes Sepro robotic systems different from the competition? Why do Fortune 500 molders and niche medical part producers alike rely on Sepro for their automation needs? This article dives deep into the history, technology, and practical applications of Robot Sepro, explaining why these machines are the backbone of the modern smart factory.

Sepro Group is a global leader in the design and manufacture of industrial robots, particularly specialized for plastic injection molding machines Over its 50-plus years of operation, the company

Software is where automation lives or dies. Many industrial robots are powerful but impossible to program without a computer science degree. Sepro solved this with the .

A manufacturer can start with a basic 3-axis robot for parts removal and later upgrade the software or add downstream conveyor systems as production demands grow. 6. Maintenance and Global Support Why do Fortune 500 molders and niche medical

The S-Line is available in three initial modular models—the S-15, S-25, and S-35—each offering three core configuration options:

: High-speed models like the ThundeRbot (a concept machine) have achieved Z-axis acceleration rates 2.6 times faster than standard units, clocked at