Amid the wave of smart manufacturing, industrial robots are emerging as the core driving force behind quality improvement and efficiency gains in the metal processing industry. Leveraging its proven automation solutions, LIGENT Industrial Robots has successfully implemented an intelligent feeding and unloading project for metal products, establishing a benchmark case for industry automation upgrades and driving the intelligent transformation of traditional metal processing production models through technological innovation.

This implemented automated flanging loading and unloading project focuses on the processing requirements for Q235 metal sheets, with sheet thicknesses of 1 mm and diameters ranging from 150 to 460 mm. LIGENT designed a complete automated production line tailored to the project, providing core equipment such as robot bodies and customized suction cup grippers. The company also delivered a turnkey solution covering everything from manufacturing, installation, and commissioning to staff training and after-sales maintenance, offering a one-stop service for the entire project lifecycle.

In terms of production line layout and process design, LIGENT Industrial Robotics fully integrated the requirements of the production environment to plan a complete automated production workflow encompassing a loader, industrial robots, a press, a flanging machine, and a palletizing station. This achieves seamless automation across all processes, from raw material feeding and precise robotic material handling and processing to the palletizing of finished products. To address the requirements for gripping and transferring metal blanks, the project is equipped with a customized dual-suction cup gripper. Precise gas flow control ensures gripping stability and placement accuracy. Paired with high-performance industrial robots, this setup achieves a production cycle time of 9 seconds per unit, with a theoretical 8-hour production capacity of 3,200 units. The cycle time during unloaded operation is further reduced to as low as 5 seconds per unit, significantly boosting production efficiency.

To ensure stable and efficient operation of the production line, LIGENT Industrial Robots has adopted high-spec core configurations for this project. Premium-quality servo motors, harmonic reducers, precision bearings, and other core components have been carefully selected. These are paired with a professional air supply treatment system, high-precision sensors, and national standard electrical cables to solidify equipment stability at the hardware level. Additionally, the production line design incorporates multiple safety features, including mechanical safety measures, emergency stop functions, and safeguards against accidental startup. Error-proofing mechanisms are implemented for loading and unloading, utilizing dual-safety detection via sensors and vacuum pressure sensors to effectively prevent the production of defective parts and mold damage, thereby ensuring both production quality and equipment safety.

In terms of environmental adaptability, LIGENT’s automated flanging loading and unloading solution fully accounts for the demands of industrial production sites. It is suitable for standard operating environments with temperatures ranging from 0°C to 45°C and relative humidity between 20% and 75%, and can withstand short-term high humidity conditions without condensation. The design’s adaptability to environmental factors such as floor load and vibration ensures the equipment can be reliably deployed in various metalworking workshops. Additionally, the solution clearly defines power supply and pneumatic requirements, simplifying project implementation and reducing the complexity of post-deployment maintenance.

As a professional brand with deep expertise in the industrial robotics sector, LIGENT remains customer-centric, focusing on industry pain points to develop customized automation solutions. The successful implementation of this automated edge-rolling loading and unloading project not only demonstrates LIGENT’s technical prowess and adaptability to specific scenarios in the metal fabrication industry but also provides a replicable and practical pathway for the automation and intelligent upgrading of the metal processing sector through efficient, stable, and intelligent production solutions.