Mold open signal from IMM → Robot drives Z axis into mold → Gripper closes on part → Z axis extracts part → Mold close signal → Robot moves Y axis over conveyor → Part release → Quality check (vision system optional) → Cycle repeats.
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
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. Mold open signal from IMM → Robot drives
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. But what exactly is a "Robot Sepro"
Automotive molders handle heavy parts (15+ lbs) and metal inserts. The Robot Sepro 6-axis line, equipped with force torque sensors, ensures that metal sleeves are placed into the mold cavity with micron-level precision. If a sleeve is slightly cocked, the robot detects the resistance and halts the cycle to save the mold.