ESTUN ER15-1520-PR Press Specialized Robot 15kg Payload 1520mm Reach Stamping Line Unit

The ESTUN ER15-1520-PR stands as a specialized robotic solution engineered for demanding stamping and press applications. With a robust 15kg payload capacity and an impressive 1520mm reach, this unit is designed for high-cycle, precision-intensive manufacturing environments. Its core strengths lie in its reliability, advanced motion control, and seamless integration into automated production lines, making it a powerful asset for industries requiring efficient material handling and component manipulation within stamping operations.

Product Specifications

| Feature           | Specification                 |

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

| Model            | ER15-1520-PR                |

| Payload Capacity  | 15 kg                         |

| Maximum Reach     | 1520 mm                       |

| Axes              | 6-axis                        |

| Repeatability     | ±0.05 mm                      |

| Mounting Position | Floor, Wall, Ceiling          |

| Protection Rating | IP54 (standard)               |

| Operating Temp.   | 5°C to 45°C                   |

| Power Supply      | AC 200-230V, 50/60Hz          |

| Weight            | Approx. 110 kg                |

Core Features & Market Positioning

The ESTUN ER15-1520-PR differentiates itself through its specialized design for stamping lines, offering exceptional accuracy and speed crucial for high-volume production. Its 6-axis articulation provides superior flexibility in navigating complex workcells and precisely manipulating heavy or irregularly shaped stampings. The robot's inherent stability and high repeatability, measured at ±0.05 mm, directly translate to consistent part quality and reduced scrap rates, positioning it as a cost-effective and reliable choice for stamping automation. ESTUN's focus on robust construction ensures long-term operational efficiency and minimal downtime, a key consideration for manufacturers investing in advanced robotics.

Key Application Scenarios

This specialized robot is ideally suited for a wide array of stamping line tasks. Its primary applications include the precise loading and unloading of dies and presses, enabling rapid material exchange and significantly boosting cycle times. It excels at part transfer between sequential stamping operations, ensuring accurate placement for subsequent forming or finishing processes. Furthermore, the ER15-1520-PR can be effectively deployed for the removal and stacking of finished stamped components, streamlining the post-production workflow. Its reach and payload make it a strong candidate for handling larger or heavier stamped parts within automotive, appliance, and general metal fabrication industries.

Practical System Integration Guidance

Integrating the ESTUN ER15-1520-PR into an existing stamping line requires careful planning. The robot's controller typically interfaces with press controls and other automation equipment via standard industrial communication protocols such as EtherNet/IP or Profinet. Mounting options, including floor, wall, or ceiling configurations, allow for optimal cell layout and space utilization. Ensuring adequate safety guarding, including light curtains and safety mats, is paramount. Detailed wiring diagrams for power, I/O, and communication are provided in the manufacturer's technical documentation, facilitating a straightforward connection process. Programming typically involves using ESTUN's proprietaryTeach Pendant software, which offers intuitive graphical interfaces for path teaching and logic development.

Operation and Risk Mitigation

Safe and efficient operation of the ESTUN ER15-1520-PR hinges on adhering to established safety protocols and understanding potential fault conditions. Always ensure the workcell is properly guarded before initiating operation. Emergency stop buttons should be readily accessible. Common operational issues might include minor deviations in path accuracy, which can often be resolved through recalibration procedures. Fault codes, detailed in the user manual, typically relate to motor overloads, communication errors, or safety interlock breaches. Promptly addressing these codes by consulting the manual's troubleshooting section minimizes downtime and maintains the integrity of the stamping process.

Scalability & Long-Term Value

The ESTUN ER15-1520-PR offers significant long-term value through its inherent scalability and compatibility. Its modular design allows for potential upgrades to controllers or end-of-arm tooling (EOAT) as production demands evolve. The robot's integration capabilities extend to modern Industry 4.0 initiatives, enabling seamless connection with Manufacturing Execution Systems (MES) and other digital factory solutions for enhanced data monitoring and predictive maintenance. Its robust construction and ESTUN's commitment to support ensure a long operational lifespan, making it a strategic investment for manufacturers looking to maintain a competitive edge in automated production.

Frequently Asked Questions

What is the maximum weight the ESTUN ER15-1520-PR robot can handle?

The ESTUN ER15-1520-PR robot is designed to manage a maximum payload of 15 kilograms. This capacity is suitable for many common stamping operations. It allows for the manipulation of dies, parts, and tooling within its reach.

This payload specification ensures efficient and stable operation during high-speed cycles. It is a critical parameter for process planning in stamping lines. Manufacturers must consider this limit when designing end-of-arm tooling.

The 15kg payload capability means the robot can reliably handle the weight of typical stamped metal parts. It also accommodates the weight of grippers and fixtures used in the stamping process.

What is the reach of the ESTUN ER15-1520-PR robot?

The ESTUN ER15-1520-PR robot boasts a maximum reach of 1520 millimeters. This extended reach is vital for navigating complex workcell layouts. It allows the robot to access presses and dies from various positions.

This impressive reach capability enables efficient part transfer between multiple workstations. It can also facilitate intricate manipulation within the stamping die area. The 1.52-meter reach minimizes the need for secondary transfer mechanisms.

With its 1520mm reach, the robot can service larger press beds or reach into deeper die openings. This flexibility is essential for adapting to different stamping die designs and press sizes.

How does the ESTUN ER15-1520-PR robot improve stamping line efficiency?

This robot significantly enhances stamping line efficiency through high-speed, repeatable movements. Its precise loading and unloading capabilities reduce cycle times dramatically. Automation of part transfer between operations eliminates manual bottlenecks.

The ER15-1520-PR minimizes downtime by offering robust and reliable operation. Consistent part placement reduces errors and scrap rates. This leads to higher throughput and improved overall equipment effectiveness.

By automating repetitive and physically demanding tasks, the robot allows human operators to focus on higher-value activities. This optimizes labor allocation and boosts overall productivity.

What are the typical industries that utilize the ESTUN ER15-1520-PR robot?

The ESTUN ER15-1520-PR robot is predominantly used in the automotive manufacturing sector. It is crucial for stamping body panels and structural components. Its precision is vital for high-quality car production lines.

General metal fabrication industries also benefit from this specialized robot. It handles stamping processes for appliances, machinery parts, and other metal goods. Any sector requiring high-volume metal part forming finds it valuable.

Other relevant industries include aerospace and heavy equipment manufacturing. These sectors often involve complex stamping of specialized metal alloys. The robot's versatility supports diverse material handling needs.

What type of programming interface does the ESTUN ER15-1520-PR robot use?

The robot is programmed using ESTUN's proprietary software via a Teach Pendant. This interface provides intuitive controls for motion programming. It allows for easy path teaching and sequence development.

The Teach Pendant typically features a graphical user interface. This simplifies the creation of complex robotic routines for stamping tasks. It offers tools for defining I/O signals and safety logic.

This dedicated programming environment ensures efficient setup and operation. It is designed to be user-friendly for industrial automation technicians. Comprehensive programming manuals guide users through advanced functionalities.

What are the safety considerations when operating the ESTUN ER15-1520-PR robot?

Safety is paramount; always ensure the robot cell is fully enclosed with safety guarding. This includes physical barriers, light curtains, and safety mats. Emergency stop buttons must be easily accessible and functional.

Proper training for all personnel operating or maintaining the robot is essential. Understand lockout/tagout procedures for maintenance. Always follow manufacturer guidelines for safe operation and programming.

Never bypass safety interlocks or operate the robot outside its defined safety zones. Regular safety system checks and maintenance are crucial to prevent accidents. Adherence to industry safety standards is mandatory.

How repeatable is the ESTUN ER15-1520-PR robot in its movements?

The ESTUN ER15-1520-PR robot offers a high level of repeatability, specified at ±0.05 mm. This precision is critical for consistent part quality in stamping applications. It ensures that each movement is executed with extreme accuracy.

This tight tolerance allows for precise placement of parts into dies and grippers. It significantly reduces errors related to misaligned components during the stamping process. High repeatability contributes to lower scrap rates.

The ±0.05 mm repeatability means the robot can perform the same motion sequence identically. This is a key factor for automated assembly and quality control in high-volume manufacturing.

Can the ESTUN ER15-1520-PR robot be mounted in different orientations?

Yes, the ESTUN ER15-1520-PR robot offers versatile mounting options. It can be installed in floor, wall, or ceiling orientations. This flexibility allows for optimal integration into diverse production cell layouts.

Choosing the right mounting position can save valuable floor space. It also enables better reach and access to the work area in complex stamping cells. Consult the manual for specific requirements for each orientation.

The robot's robust design supports these varied mounting configurations without compromising performance. This adaptability makes it suitable for retrofitting into existing facilities or designing new automated lines.

What communication protocols are typically used for integrating this robot into a stamping line?

The robot commonly supports industry-standard industrial Ethernet protocols. These often include EtherNet/IP and PROFINET. These protocols facilitate seamless communication with PLCs and other automation equipment.

Integration with press controllers, vision systems, and other robots is simplified. This ensures efficient data exchange for synchronized operations. Proper network configuration is key for reliable communication.

Understanding these protocols is crucial for system integrators. It allows for the efficient design and implementation of complex automated stamping cells. Compatibility with your existing control infrastructure is essential.

What is the typical power requirement for the ESTUN ER15-1520-PR robot?

The ESTUN ER15-1520-PR robot operates on a standard AC power supply. It requires a voltage range of 200-230V at a frequency of 50 or 60Hz. This makes it compatible with most industrial power grids worldwide.

Ensure that the power source is stable and meets the specified requirements. Proper grounding is also essential for safe operation and to prevent electrical interference. Consult the installation manual for detailed electrical specifications.

The power consumption will vary based on the robot's movement and load. It is advisable to factor in the robot's power needs when designing the overall electrical infrastructure of the stamping line.