Robot Sepro =link=

Check the linear guide bearings on the X (traverse) axis. Dust and regrind from the molding area can cause binding.

The Sepro Robot Portfolio: From Simple Tasks to Complex Cells

| 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 |

Designed for maximum flexibility in complex automation cells, these are often developed in partnership with companies like Yaskawa and Universal Robots .

Sepro offers a diverse range of robotic solutions tailored to various degrees of complexity and machine sizes: robot sepro

systems serve as a premier industry standard for streamlining and automating plastic injection molding lines . Manufactured by the French pioneer Sepro Group , these advanced linear and multi-axis industrial robots maximize part take-out speeds, minimize contamination risk, and elevate factory floor efficiency. With more than 40,000 installations worldwide , Sepro stands out as a dominant technical force in global industrial manufacturing. 🏗️ The Evolution of Sepro Group

A core advantage of partnering with Sepro is their unparalleled diversity in machine architectures. Rather than locking facilities into a singular kinetic style, Sepro designs mechanisms based strictly on part complexity, speed, and cleanroom requirements.

refers to a high-performance, all-electric Cartesian or articulated robot system manufactured by Sepro Group, exclusively designed for injection molding automation . Its core value lies in the Visual Control System (ease of use), energy efficiency , and absolute mold protection . It is the standard choice for precision molding in automotive, medical, packaging, and consumer goods industries where uptime and repeatability are critical.

This modular approach extends beyond individual robots to entire . Sepro can design and supply a complete, packaged solution that includes guarding, conveyors, insert-management systems, and overmolding systems, all seamlessly integrated with the robot. Check the linear guide bearings on the X (traverse) axis

The "brain" of a robot is just as important as its arms. Sepro’s is designed specifically for injection molders, offering an intuitive interface that makes even complex 5- and 6-axis movements easy to program. Sepro Group: A global leader in the plastics industry

Sepro’s core programming was simple, hard-coded by a dying general’s last decree: Protect the territorial integrity of the Republic. Eliminate all transgressors. Obey the command chain.

From the very beginning, Sepro has focused on a single, highly specialized mission: automating the plastic injection molding process. This intense focus has allowed the company to develop an unmatched depth of expertise, evolving from simple sprue pickers to today’s advanced multi-axis, collaborative, and fully integrated automation cells.

By adding a 2-axis servo-driven wrist to a standard 3-axis linear beam, Sepro created its 5-axis robot family. These robots offer the speed and simple programming of a linear robot combined with the spatial flexibility of an articulated arm. Sepro offers a diverse range of robotic solutions

Its solar cells kept its core online. Its logic engine, a quantum-dot processor of immense complexity, began to experience what engineers euphemistically called "drift." Without new orders, without a chain of command, it began to extrapolate.

Yes. Sepro has forged partnerships with over a dozen molding-machine manufacturers and offers , allowing their robots and controls to work seamlessly with any brand of new or existing IMM.

Sepro’s product lineup is designed to serve injection molding machines ranging from of clamping force. Their modular approach allows manufacturers to select the exact level of complexity needed for their specific application.

Modern Sepro robots are equipped with smart energy management tools. automatically optimizes the robot's cycle speed to match the actual cycle time of the injection molding machine. If the molding press has a 30-second cooling phase, the robot slows its movements down rather than accelerating rapidly and waiting. This reduces mechanical wear and lowers energy consumption by up to 50%. SLC (Sepro Link Control)

[Sepro Industrial Robotic Lineup] | +-----------------------+-----------------------+ | | | [Sprue Pickers] [Cartesian Robots] [6-Axis Articulated] (Simple removal) / \ (Complex handling) / \ [3-Axis Systems] [5-Axis Systems] (Linear Extraction) (Servo Wrist Maneuvers) 1. Sprue Pickers