Fully Automated Sheet Metal Bending Robot Workstation High Precision Robotic

Introducing our Fully Automated Sheet Metal Bending Robot Workstation, a world-class robotic bending cell that redefines the future of sheet metal processing. This innovative system seamlessly integrates a high-precision 6-axis industrial robot, an advanced CAM system, and an automatic tool changer into a single, fully automated production cell. Capable of handling a maximum processing length of 4 meters and a pressing force of up to 400 tons, this system executes complex bending tasks with micron-level accuracy and exceptional speed. By automating the entire workflow from drawing data input to the finished part, this machine eliminates the need for manual teaching, significantly boosts productivity, ensures superior quality, and enhances workplace safety, making it the ultimate solution for advanced metal fabrication.

Modern sheet metal fabrication faces immense pressure to increase productivity, manage complex geometries, and reduce reliance on skilled labor. Traditional press brakes are challenged by several critical issues.

The entire process, from programming and tool selection to machine setup and operation, requires highly skilled press brake operators, a workforce that is increasingly scarce and costly.

Manual tool changeovers and machine programming are time-consuming, causing significant downtime and making high-mix, low-volume production economically challenging.

Manual operation is prone to human error, leading to inconsistent bending angles, dimensional inaccuracies, and increased scrap rates, especially for complex parts.

Manual handling of heavy sheets and operating near the bending point poses safety risks. Traditional hydraulic machines are also energy-intensive.

Our Fully Automated Sheet Metal Bending Robot Workstation is designed as a complete robotic cell that resolves these challenges through cutting-edge automation. The solution effectively addresses the core issues of efficiency, precision, and labor dependency, featuring:

The system uses a proprietary CAM software that allows you to upload 3D CAD (STEP), DXF, or DWG files. The software instantly analyzes the part, automatically determines the optimal bending sequence, selects the most suitable tools, and simulates the entire process, eliminating the need for manual programming and guesswork.

The machine is equipped with a high-speed ATC that can automatically switch between multiple long molds (e.g., 4 types of upper molds, 3 types of lower molds with hemming mechanism). This eliminates manual tool setup, dramatically reducing changeover time and allowing for continuous, flexible production.

A 6-axis industrial robot, integrated with a travel axis, loads the sheet, positions it perfectly, and executes the bending sequence guided by the CAM-generated program. The system eliminates the need for manual feeding and press brake operation, significantly reducing labor and skill dependency.

The system ensures micron-level precision through features like a laser angle sensor for real-time angle measurement and spring-back compensation, and an automatic crowning system to maintain straightness across the entire bend. The robot's repeat positioning accuracy is ±0.01mm or less.

The system adopts servo motors and precision ball screws instead of hydraulic drives, reducing power consumption to as low as one-fourth of conventional levels while minimizing noise and vibration.

This advanced robotic bending cell is the ideal solution for industries requiring high precision, flexibility, and throughput:

• High-Mix, Low-Volume Production: The fast setup and automatic tool changing make it perfect for job shops handling a variety of parts. Mode switching capability allows manual operation during the day and automated robotic production at night.
• Automotive Industry: Producing complex, high-precision components for vehicles.
• HVAC and Construction: Manufacturing ductwork and building components with high accuracy and consistency.
• Aerospace and Custom Metalwork: Fabricating intricate parts for aircraft and specialized machinery.

The fully automated system operates in a seamless, four-step process:

1. Drawing Data Input: The 3D CAD, DXF, or DWG file of the part is uploaded to the CAM software. The system automatically analyzes the geometry, material thickness, bending angles, and radii, then generates the optimal bending and tooling plan.
2. Automatic Tool Setup: The ATC system automatically retrieves the required upper and lower tools from the tool magazine and mounts them on the press brake, preparing the machine for the job.
3. Robotic Bending Cycle: The 6-axis robot picks the sheet metal, positions it in the press brake, and executes the programmed bends. The robot moves the part through the tooling, and the press brake performs each bend with high precision.
4. Quality Assurance and Discharge: An angle sensor may verify the final bend angle and compensate for spring-back. The robot then places the finished part on a discharge conveyor. The entire cycle is completed with minimal human intervention.

Selecting the best automated bending cell for your production needs requires a strategic assessment. Consider this guide:

This system is ideal for high-mix, low-volume production due to its fast programming and tool changing. If you primarily produce a few high-volume parts, a dedicated press brake line may be more cost-effective.

The robotic system significantly boosts overall equipment effectiveness. Consider whether your volume justifies the investment in a fully automated cell. The ability to run manual operation during the day and robotic production at night can maximize utilization.

The system handles sheet metal up to 4m in length and a pressing force up to 400 tons. It is best suited for complex parts that require multiple bends and are difficult for a single operator to handle manually.

If you are looking to reduce dependency on skilled labor, improve workplace safety, and future-proof your manufacturing, this automated system is the premier solution.

The system automates the entire workflow from programming to finished part. It uses an integrated CAM software to generate bending sequences, an automatic tool changer for setup, and a 6-axis robot to handle material and execute the bends, all controlled by a centralized system. No manual teaching or press brake operation is required.

The standard system is designed to handle a maximum processing length of 4 meters and has a maximum pressing force of 400 tons. Custom specifications are also available to meet specific manufacturing needs.

The machine achieves micron-level precision through its design, featuring a laser angle sensor for real-time spring-back compensation, an automatic crowning system, and a robot with a repeat positioning accuracy of ±0.01mm or less.

Yes, this is one of its primary strengths. The offline programming, automatic tool change, and elimination of teaching operations drastically reduce setup time, making it highly efficient for manufacturing a wide variety of parts in small batches.

Yes, it features an energy-efficient design that uses servo motors and ball screws instead of hydraulic drives, reducing power consumption to as low as one-fourth of conventional levels. It also includes sensor-based safety fences that automatically stop the robot if a person enters the work area.

Email: andrew@starsplas.com
WhatsApp/Mobile: +86 189 136 13799
Tel: +86 512 58108898
Office Address: P.C.215600, Wanda Plaza 1301, No.20 Renmin East Road, ZhangJiaGang, JiangSu, CHINA
Factory Address: 215625, Plant A18 Jinfeng Technology Innovation Park, Zhangjiagang, Jiangsu Province, PRC