ESTUN ER10-700-SR-C SCARA Series Cleanroom Robot 10kg Payload 700mm Reach Precision Grade C

The ESTUN ER10-700-SR-C SCARA robot is engineered for high-precision, high-speed automation in demanding cleanroom environments, boasting a 10kg payload capacity and a 700mm reach. This industrial robot excels in critical manufacturing processes where contamination control is paramount. Its Precision Grade C designation underscores its capability for intricate assembly, precise dispensing, and sensitive material handling. Key technical parameters include an impressive repeatability of ±0.02mm, enabling consistent and accurate task execution. The robot's advanced servo control system ensures smooth, dynamic movements essential for sophisticated automation workflows.

Product Specifications

| Parameter           | Specification                   |

| :------------------ | :------------------------------ |

| Model               | ER10-700-SR-C                   |

| Type                | LADDER Robot                     |

| Payload Capacity    | 10 kg                           |

| Reach               | 700 mm                          |

| Repeatability       | ±0.02 mm                        |

| Precision Grade     | C                               |

| Arm Structure       | Multi-jointed                   |

| Mounting Type       | Tabletop                        |

| Axis                | 4                               |

| Power Consumption   | Varies with operation           |

| Operating Temperature | Cleanroom compliant             |

Core Features & Market Positioning

The ESTUN ER10-700-SR-C distinguishes itself through its robust cleanroom compliance, making it ideal for pharmaceutical, semiconductor, and advanced electronics manufacturing where particulate control is non-negotiable. Its high payload of 10kg, combined with a 700mm reach, offers a versatile solution for complex assembly and pick-and-place operations that often require more substantial tooling or heavier components. The robot's Precision Grade C rating signifies an exceptional level of accuracy and repeatability, crucial for processes demanding sub-millimeter tolerances. This combination of cleanroom readiness, payload capacity, and precision positions the ER10-700-SR-C as a competitive offering for high-value, sensitive manufacturing tasks. Its efficient motion control and integrated safety features further enhance its appeal in demanding industrial automation sectors.

Key Application Scenarios

This SCARA robot finds its most impactful applications in environments requiring stringent cleanliness and high precision. In the pharmaceutical industry, it is perfectly suited for sterile filling, capping, and packaging of vials and syringes, minimizing human intervention and contamination risk. The semiconductor sector benefits from its accuracy in wafer handling, component placement onto PCBs, and intricate assembly of microelectronic devices. For electronics manufacturing, the ER10-700-SR-C excels in high-speed pick-and-place of delicate components, precise dispensing of adhesives or sealants, and final assembly of consumer electronics. Its cleanroom classification also makes it valuable for medical device assembly, ensuring sterile and accurate production processes.

Practical System Integration Guidance

Integrating the ESTUN ER10-700-SR-C into an existing automation system requires careful planning, particularly concerning its cleanroom environment. Ensure the robot's mounting surface is level and capable of supporting its operational loads, adhering to the ±0.02mm repeatability requirements. Power and signal cabling should be routed to minimize interference and maintain cleanroom integrity, utilizing appropriate conduits or shielded lines. The robot controller typically interfaces with a PLC or a higher-level control system via standard industrial communication protocols such as EtherNet/IP, PROFINET, or Modbus TCP/IP. Pre-configuration of joint limits and safety zones within the robot's programming environment is essential before deployment to prevent collisions and ensure operational safety.

Operation and Risk Mitigation

Safe operation of the ESTUN ER10-700-SR-C is paramount, especially within sensitive cleanroom settings. Always follow the manufacturer's guidelines for emergency stop procedures and ensure all personnel are trained on the robot's operation and potential hazards. Key risk mitigation strategies include implementing robust safety guarding, using light curtains or safety scanners to detect human presence in the work envelope, and enabling the robot's internal safety functions, such as safe zones and speed limits. Regular maintenance checks, including calibration and inspection of end-effector connections, are vital to prevent operational failures. Common troubleshooting may involve verifying controller communication, checking axis error codes, or inspecting pneumatic and electrical connections for integrity.

Scalability & Long-Term Value

The ESTUN ER10-700-SR-C offers significant scalability and long-term value through its compatibility with broader automation architectures and potential for IIoT integration. Its modular design and standard communication interfaces allow for seamless integration with other robotic systems, conveyors, vision inspection systems, and advanced manufacturing execution systems (MES). ESTUN's commitment to software updates and ongoing support ensures that the robot can adapt to evolving production demands and technological advancements. For businesses looking to implement smart factory initiatives, the ER10-700-SR-C can be a foundational element, providing valuable operational data for performance monitoring, predictive maintenance, and process optimization within a connected industrial ecosystem.

Frequently Asked Questions

1. What industries benefit most from the ESTUN ER10-700-SR-C?

The ESTUN ER10-700-SR-C is ideal for sectors demanding high cleanliness and precision. Pharmaceutical manufacturing relies on it for sterile filling and packaging.

Semiconductor production utilizes its accuracy for wafer handling and microelectronics assembly. Electronics manufacturing benefits from its delicate component placement capabilities.

2. How does the Precision Grade C rating impact performance?

Precision Grade C signifies exceptional accuracy and repeatability for intricate tasks. It ensures sub-millimeter tolerances are consistently met.

This allows for delicate assembly, precise dispensing, and handling of sensitive materials. Critical for high-value goods where errors are costly.

3. What are the key advantages of a SCARA robot like the ER10-700-SR-C?

SCARA robots offer high speed and precision in a horizontal plane. The ER10-700-SR-C excels in pick-and-place and assembly tasks.

Its design allows for compact footprints and efficient movement. The 700mm reach and 10kg payload offer significant application versatility.

4. Can the ESTUN ER10-700-SR-C be integrated with existing automation systems?

Yes, the robot supports standard industrial communication protocols. This includes EtherNet/IP, PROFINET, and Modbus TCP/IP for seamless integration.

It can interface with PLCs, vision systems, and MES for comprehensive automation. This ensures flexibility and compatibility with diverse factory setups.

5. What are the cleanroom compliance standards for this robot?

The robot is specifically designed for cleanroom environments. It meets stringent particulate control requirements for sensitive industries.

This ensures it does not contribute to contamination during operation. Essential for pharmaceutical, semiconductor, and medical device manufacturing.

6. How is the 10kg payload capacity utilized in applications?

A 10kg payload allows for heavier end-effectors and grippers. It enables the robot to handle larger or denser components efficiently.

This is crucial for tasks like palletizing smaller items or assembling more substantial parts. It expands the range of feasible automation tasks.

7. What is the significance of the 700mm reach specification?

A 700mm reach provides a substantial working envelope. It allows the robot to cover a larger area from a fixed point.

This is beneficial for tasks requiring access to multiple stations or a wider spread of components. It enhances operational flexibility and cell design.

8. What kind of programming is typically used for this robot?

ESTUN robots often use proprietary programming languages or graphical interfaces. These are designed for ease of use and efficiency.

Teach pendants and offline programming software are common tools. The system allows for complex motion sequences and I/O management.

9. What safety considerations are critical for the ER10-700-SR-C?

Implementing robust safety guarding and sensors is essential. Personnel training on emergency stops and robot operation is mandatory.

Robot safety functions, like safe zones, must be configured and tested. Regular safety audits ensure compliance and prevent accidents.

10. How does this robot contribute to long-term manufacturing value?

It enhances operational efficiency and reduces manual labor costs. Its precision and repeatability lead to higher product quality and reduced waste.

Integration with IIoT platforms enables data collection for optimization. This supports smart factory initiatives and predictive maintenance strategies.