Robot Sepro Link

Sepro Group: Global Leadership in Industrial Robotics Sepro Group is an international leader in the field of automation , specifically focused on the plastics industry

. They specialize in designing top-entry and multi-axis robots for injection molding machines (IMM) Key Solutions and Product Lines

Sepro offers a diverse range of automation solutions tailored to various production needs, from simple part removal to complex industrial tasks: 3-Axis Linear Robots

: These are the hallmark of Sepro's catalog, used for high-speed part extraction. Popular series include: Success Series

: Known for affordability and reliability in simple pick-and-place applications.

: High-performance linear robots designed for speed and precision. 5-Axis Robots : Developed in collaboration with Yaskawa Motoman

, these robots combine the speed of a linear robot with the flexibility of an articulated arm. Automation Systems : Beyond individual robots, Sepro Group

provides full automation "solutions," integrating peripheral equipment like conveyors, safety guarding, and custom end-of-arm tooling (EOAT). Specialty Concepts ThundeRbot

concept, debuted at Fakuma 2023, is their fastest top-entry robot to date, achieving Z-axis acceleration rates 2.6 times faster than standard units. Sepro Group Technological Innovations

Sepro robots are distinguished by their advanced control systems and lightweight construction: Visual Control Systems

control platforms are lauded for their user-friendly interfaces, allowing operators to program complex cycles without deep coding knowledge. Material Efficiency : Modern units like the ThundeRbot utilize carbon-fiber-reinforced composites

and hollow linear guide rails to reduce weight, which directly enables higher acceleration and shorter cycle times. Precision and Reliability

: Standard models like the Success 11 boast repeatability of robot sepro

across all axes, ensuring consistent quality in high-volume manufacturing. Plastics Technology Market Presence and Service

Sepro maintains a significant presence in both the new and used equipment markets: Used Machinery

: There is a robust secondary market for Sepro units, with many older models like the SR 4020 S3 still in operation and traded on platforms like Machineseeker Global Support

: The company offers a "Solution by Sepro" approach, providing global technical support and maintenance for their installations. Sepro Group (e.g., Success vs. S5) or detailed specifications for a particular robot series? Sepro Group: A global leader in the plastics industry

Sepro Group is a premier global manufacturer specializing in automation and robotics specifically designed for the plastic injection molding industry. With over 40 years of experience, the company is recognized for its wide-ranging portfolio of 3-, 5-, and 6-axis servo robots that enhance productivity and quality for automotive, medical, and packaging manufacturers worldwide. Core Product Lines

Sepro offers a tiered modular approach to automation, ensuring solutions for everything from simple "pick-and-place" tasks to complex, multi-robot manufacturing cells.

Cartesian and 6-axis robots for the automotive sector - Sepro Group

Short product pitch (for proposals)

Robot Sepro delivers robust, turnkey robotic automation cells tailored to injection molding and machining operations. Our integrated hardware, EOAT, and vision solutions increase throughput, improve quality, and reduce labor costs while minimizing downtime through strong support and modular design — helping manufacturers scale production with predictable performance.

If you want, I can tailor this write-up to a specific audience (executive summary, technical spec, or marketing brochure) or produce a short blurb for a website or LinkedIn post.

(Related search suggestions provided.)

While there isn't a single definitive "paper" titled "Robot Sepro," Sepro Group

is a major global manufacturer of industrial Cartesian robots used in plastic injection molding. Sepro Group: Global Leadership in Industrial Robotics Sepro

If you are writing a paper or researching this topic, here are the core technical areas and documented case studies involving Sepro robots to help you structure your work: 1. Technical Specifications & Capabilities

Modern Sepro robots are defined by their speed and precision in industrial environments. Accuracy & Precision : Many models, such as the Sepro 4020 S3 Visual , feature an accuracy of

across all three axes, which often requires innovative gripper designs to manage high-precision assembly. Axis Performance : Standard 3-axis Cartesian models like the

series utilize brushless servo motors to achieve speeds of up to with repeatability of www.resale.info 2. Research & Academic Context

Academic papers often use Sepro robots as benchmarks for automation research: Innovative Gripper Design : Research has explored using Sepro robots to develop passive positioning grippers

, which use contact forces rather than complex sensors to correct for minor misalignments during part insertion. Cartesian Architectures

: In robotics textbooks and project documentation, Sepro is frequently cited as a primary example of Cartesian structure (linear movement along X, Y, and Z axes). ResearchGate 3. Industrial Applications

Sepro robots are almost exclusively used for "pick-and-place" tasks in the plastics industry. Injection Molding Integration : They are often paired with heavy machinery like Sumitomo Demag

injection moulders to automate the removal of plastic parts. Control Systems

: The robots are operated via specialized interfaces like the Sepro Teach Pendant or specific circuit boards (e.g., AE20E7980013 ) that manage 3-axis or 5-axis movements. Recommended Outline for Your Paper

If you are drafting an original document, consider this structure: Introduction

: Definition of Cartesian robots and Sepro Group's role in the global plastic injection molding market. Hardware Architecture Short product pitch (for proposals) Robot Sepro delivers

: Analysis of brushless servo motor systems and the mechanics of 3-axis vs. 5-axis robots. Software & Interfacing

: Overview of the Visual control system and human-machine interface (HMI). Case Study

: Integration of Sepro robots with injection molding machines for high-speed cycle times. Conclusion

: Future trends in collaborative robotics (Cobots) within the Sepro product line. detailed academic study on their control algorithms? ▷ sepro sr used machine for sale - resale

Key offerings

• Robotic automation cells for injection molding: pick-and-place, demolding, part orientation, and insert handling.
• Machine tending systems: automated loading/unloading for CNC machines and other processing equipment.
• Vision-guided handling and inspection: integrated cameras and software for quality control and part verification.
• Custom end-of-arm tooling (EOAT): grippers, vacuum cups, and multi-function hands tailored to part geometry.
• Controller and software integration: PLC/robot controller interfaces, cell sequencing, and recipe management.

Automotive

• Part type: Dashboard carriers, bumpers, door panels.
• Robot needed: Sepro Force (5-axis, 100 kg payload) for removing large parts and placing them into a trim fixture.

Troubleshooting Common Pain Points

Even the best automation has hiccups. Here are solutions to common issues with Robot Sepro units:

• "Robot is not receiving mold open signal": This is often a cable connection issue. Check the EUROMAP 67 ribbon cable between the press and the robot cabinet.
• "Vacuum grip fails to pick the part": Sepro robots rely on Venturi vacuums. Check for dust buildup on the sponge rubber cups or a clogged air filter in the EOAT.
• "Axis overrun error": This usually means the magnetic absolute encoder on the beam has debris. Use compressed air (dry) to clean the linear rails.

Pros ✅

1. Robust Build Quality

   • Heavy-duty linear guides and carbon-fiber beams (on high-speed models) reduce deflection, enabling faster pick-and-place cycles without sacrificing precision.

2. User-Friendly Controls

   • Sepro’s Visual 3 controller features an intuitive touch interface with drag-and-drop teach pendants. Operators with minimal robotics experience can program new routines in minutes.

3. Deep Injection Molding Integration

   • Native integration with all major IMM brands (Engel, Husky, Arburg, Sumitomo, etc.) via EUROMAP 67 or SPI protocols. No separate PLC is needed for basic I/O.

4. Energy Efficiency

   • Servo-driven axes recover energy during deceleration. End-users report 30–50% lower power consumption compared to pneumatic or hydraulic competitors.

5. Strong Support Network

   • Sepro maintains direct service teams in Europe, the Americas, and Asia, with 24/7 remote diagnostics available on newer models.

5. Unique Differentiators (Why "Sepro" vs others)

1. Mold Area Protection: Sepro robots have a patented "Absolute Encoder System" that maintains position even if power is lost. No homing after power-up.
2. Energy Recovery: The servo drives feed regenerated braking energy back to the grid (reduces plant cooling load).
3. 100% Compatibility: Sepro controllers can drive any 6-axis robot (Fanuc, KUKA, Yaskawa, Stäubli) as if it were a native Sepro axis. This is unique in the market.
4. "Robot Sepro" for Cleanrooms: ISO 7 (Class 10,000) certified without external enclosures. Special lubrication and sealed belts prevent particle emission.

What is a Sepro Robot?

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.

Sepro Group, based in France, has been an independent robot manufacturer since 1973. The company specializes in linear (Cartesian) robots and articulated robots (collaborating with Stäubli), all integrated through a single, powerful control system: Visual Control.

When industry professionals search for "Robot Sepro," they are typically looking for:

• Sepro sprue pickers (entry-level, part removal)
• Side-entry robots (fast demolding for thin-wall parts)
• Beam robots (3- to 5-axis for complex handling)
• 6-axis Sepro robots (maximum freedom for trimming, assembly, or stacking)