ESTUN ER80B-2565-BD Bending Specialized Robot 80kg Payload 2565mm Reach Metal Forming Master

The ESTUN ER80B-2565-BD robot is a specialized solution engineered for precision metal forming, boasting an 80kg payload capacity and an extensive 2565mm reach. This robust industrial robot excels in demanding bending applications, offering enhanced efficiency and accuracy for manufacturers seeking to optimize their production lines. Its design focuses on delivering superior performance in complex, high-volume metal fabrication tasks.

Product Specifications

| Parameter           | Specification                 |

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

| Model               | ER80B-2565-BD                 |

| Payload Capacity    | 80 kg                         |

| Reach               | 2565 mm                       |

| Robot Type          | Bending Specialized           |

| Axis Configuration  | 6-axis                        |

| Repeatability       | ±0.05 mm                      |

| Maximum Speed       | Varies by axis                |

| Mounting Position   | Floor, Wall, Ceiling          |

| Protection Rating   | IP54 (Standard) / IP67 (Opt.) |

| Controller          | ESTUN ERO Controller          |

| Power Requirements  | 3-phase, 380V/220V AC         |

Core Features & Market Positioning

The ESTUN ER80B-2565-BD distinguishes itself through its exceptionally long reach of 2565mm, a critical advantage for large workpiece manipulation in bending cells. This extended reach allows for greater flexibility in robot placement and workcell design, enabling the handling of larger sheet metal parts and accommodating more complex tooling setups. Its 80kg payload capacity is optimized for significant force application during the bending process, ensuring consistent and precise forming of materials. ESTUN positions this robot as a "Metal Forming Master," emphasizing its purpose-built design for the rigors of the metal fabrication industry, differentiating it from general-purpose robots. The robot's inherent rigidity and advanced control algorithms contribute to high repeatability, crucial for maintaining product quality in mass production environments.

Key Application Scenarios

This specialized bending robot is ideally suited for a wide array of metal forming operations. Its primary applications include high-volume sheet metal bending, where it can precisely position and manipulate parts for press brakes or robotic bending machines. It is also highly effective in loading and unloading CNC machinery, such as laser cutters, turret punch presses, and stamping presses, streamlining material flow within the fabrication shop. Furthermore, the ER80B-2565-BD can be deployed in arc welding and material handling tasks that require extensive reach and robust payload, especially when integrated into larger automated production lines for automotive, aerospace, and general manufacturing sectors.

Practical System Integration Guidance

Integrating the ESTUN ER80B-2565-BD into an existing manufacturing environment requires careful planning, particularly concerning its controller and peripheral equipment. The robot is typically paired with the ESTUN ERO controller, which facilitates programming and communication with external systems like PLCs and safety devices. For seamless operation with press brakes, specific interface modules and end-of-arm tooling (EOAT) designed for the robot's payload and reach are essential. Accurate calibration of the robot's work envelope and tool center point (TCP) is paramount for achieving the specified ±0.05 mm repeatability. Electrical connections must adhere to industrial standards, ensuring proper grounding and power supply to prevent interference and ensure safety.

Operation and Risk Mitigation

Operating the ESTUN ER80B-2565-BD demands adherence to strict safety protocols. Before initiating any operation, a thorough risk assessment of the workcell is mandatory, including the implementation of safety guarding, light curtains, and emergency stop buttons. Personnel operating or maintaining the robot must undergo certified training on the ESTUN control system and its safety features. Common troubleshooting often involves checking error codes displayed on the teach pendant, which can indicate issues with motor drives, I/O signals, or communication failures. For instance, "Axis Overload" errors typically point to exceeding the payload limit or mechanical binding, requiring immediate cessation of operation and inspection.

Scalability & Long-Term Value

The ESTUN ER80B-2565-BD offers significant scalability and long-term value through its compatibility with ESTUN's broader automation ecosystem and support for industrial communication protocols. This allows for easy integration into more extensive production lines and future upgrades. The robot's modular design and robust construction contribute to its longevity and reduced total cost of ownership. Its adaptability to various end-of-arm tooling and integration with Industry 4.0 solutions, such as IIoT platforms for predictive maintenance and performance monitoring, ensure that manufacturers can leverage its capabilities for evolving production demands.

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Frequently Asked Questions (FAQs)

What is the primary application for the ESTUN ER80B-2565-BD robot?

This robot is engineered for specialized bending tasks in metal fabrication. Its 80kg payload and 2565mm reach are ideal for press brake automation. It excels at precisely manipulating sheet metal for forming operations.

The ER80B-2565-BD is also adept at loading and unloading CNC machinery. This includes laser cutters, punch presses, and stamping equipment. Its long reach allows it to service larger machines efficiently.

Beyond bending, it can support other metal forming processes. These include welding and material handling in demanding industrial environments. Its design prioritizes accuracy and throughput.

What are the key technical specifications of the ESTUN ER80B-2565-BD?

The ESTUN ER80B-2565-BD features an 80kg payload capacity. It boasts an impressive 2565mm reach, enabling broad work envelopes. The robot is a 6-axis articulated arm.

Repeatability is a critical specification, rated at ±0.05mm. This ensures consistent precision for high-quality parts. The standard protection rating is IP54.

It utilizes the ESTUN ERO controller for advanced motion control. Power requirements are typically 3-phase, 380V or 220V AC. Mounting can be floor, wall, or ceiling.

How does the long reach of the ER80B-2565-BD benefit metal forming operations?

An extended reach of 2565mm allows for greater flexibility in cell design. It enables the robot to service larger press brakes or multiple machines. This reduces the need for complex part transfer systems.

With its long reach, the robot can manipulate larger sheet metal components. This is crucial for fabricating bigger structures or panels. It also facilitates easier access for tooling changes.

The extended reach supports optimized robot placement within the factory floor. This can lead to more efficient material flow and improved ergonomics in the workcell.

What is the payload capacity of the ESTUN ER80B-2565-BD, and what does it enable?

The robot has a substantial 80kg payload capacity. This allows it to handle heavier tooling and larger workpieces. It is well-suited for demanding forming tasks requiring significant force.

This high payload capacity ensures stable and accurate manipulation of metal sheets during bending cycles. It minimizes vibration and ensures consistent part quality. It's crucial for applications using robust EOAT.

The 80kg capacity also permits the integration of advanced end-of-arm tooling. This could include sophisticated grippers, force sensors, or multiple tools for complex operations.

Can the ESTUN ER80B-2565-BD be integrated with existing press brake systems?

Yes, the ER80B-2565-BD is specifically designed for integration with press brake systems. Its specifications are optimized for this environment. It allows for automated loading and unloading of parts.

Integration typically involves specialized end-of-arm tooling and interface modules. These ensure secure part handling and accurate positioning against the press brake. The ESTUN ERO controller facilitates communication.

Successful integration requires careful programming and calibration. This ensures the robot works in tandem with the press brake for efficient and safe operation.

What level of precision does the ESTUN ER80B-2565-BD offer for metal bending?

The robot provides a high level of precision with a repeatability of ±0.05mm. This ensures consistent accuracy in bending operations. It is critical for producing identical parts.

This precision allows for tight tolerances in fabricated metal components. It minimizes scrap and rework, improving overall production efficiency. It's a key feature for high-quality manufacturing.

The robot's advanced control system and robust mechanical design contribute to this accuracy. This ensures reliable performance even in demanding, high-cycle applications.

What are the typical safety considerations when operating this robot in a metal forming cell?

Safety guarding, light curtains, and emergency stops are mandatory. A comprehensive risk assessment must be performed before operation. Trained personnel are essential.

The robot's integrated safety functions must be configured correctly. This includes zones, speed limits, and interlocks with other machinery. Personnel must understand fault code meanings.

Regular safety audits and maintenance checks are crucial. This ensures all safety systems remain functional and effective. Adherence to EN ISO standards is expected.

What type of controller is used with the ESTUN ER80B-2565-BD robot?

The ESTUN ER80B-2565-BD robot is controlled by the ESTUN ERO controller. This system is designed for advanced industrial automation. It provides precise motion control capabilities.

The ERO controller offers intuitive programming interfaces. It allows for easy integration with external PLCs and vision systems. It supports various industrial communication protocols for networked operation.

This dedicated controller ensures optimal performance and reliability. It is specifically tailored to manage the robot's axes and payload for tasks like metal bending.

How can the ESTUN ER80B-2565-BD be integrated with Industry 4.0 solutions?

The robot supports standard industrial communication protocols. This enables seamless integration with IIoT platforms. Data can be collected for real-time monitoring and analysis.

Integration allows for predictive maintenance strategies. Performance metrics can be tracked to optimize uptime and reduce unexpected failures. This enhances overall operational efficiency.

Digital twins and advanced simulation software can be utilized. This facilitates remote monitoring, diagnostics, and process optimization for the robot.

What are the environmental protection ratings for this robot?

The standard environmental protection rating for the ESTUN ER80B-2565-BD is IP54. This provides protection against dust ingress and splashing water. It is suitable for most general industrial environments.

An optional IP67 rating is available for more demanding conditions. This offers a higher level of protection against dust and immersion in water. It is ideal for environments with significant moisture or cleaning requirements.

These ratings ensure the robot's components are adequately protected. This contributes to its reliability and longevity in various manufacturing settings.