The LIGENT Industrial Robot Bending Solution is officially launched. Addressing pain points in the sheet metal processing industry, this solution leverages high precision, high intelligence, and high adaptability to achieve full-process automation in sheet metal bending. It establishes an efficient, intelligent production model for sheet metal processing enterprises in automotive, electronics, electrical, and machinery manufacturing sectors, accelerating the industry's advancement toward the Industrial 4.0 era.

As an innovative achievement in the industrial robotics field, the LIGENT solution establishes a comprehensive workflow system integrating the robot body, gripper system, automatic centering system, flipping and repositioning system, and safety protection system. It accommodates steel plate processing requirements up to 1000x600mm in size and 6kg in weight, perfectly covering the bending production processes for multiple sheet metal workpieces. The solution features a six-axis articulated LIGENT industrial robot with a floor-mounted layout adaptable to diverse production environments. Its high-speed, precisely controllable joint movements enable sophisticated operations including bending tracking, de-palletizing, feeding, and palletizing, fully meeting the high-precision and high-stability demands of sheet metal bending.

In terms of technological innovation and product adaptability, LIGENT demonstrates formidable core competitiveness. For bending applications, LIGENT has developed customized bending fixtures with structural optimizations, significantly enhancing compatibility with bending equipment to boost both operational speed and machining precision. Simultaneously, it achieves interoperability between the robot and mainstream CNC systems, enabling direct control of bending equipment. This simplifies operational workflows, making bending tasks more efficient and effortless. The solution integrates intelligent systems like vision-based centering and offline programming, substantially reducing production line operational complexity. It further establishes a smart manufacturing ecosystem linking machine tools, robots, and the internet, supporting remote production line control and real-time status monitoring, elevating sheet metal production intelligence to new heights.

In terms of workflow, LIGENT's industrial robot bending solution offers dual modes: automatic continuous processing and single-piece processing. This achieves a fully automated closed-loop process from raw material loading, precise centering, bending operations, flipping and repositioning, to finished product unloading. The robot can perform multi-stroke bending operations, accommodating both flipping and non-flipping processing requirements. Dedicated gripper solutions are provided for different material types: universal grippers for standard solid carbon steel sheets, while mechanical sheet-separating grippers are used for special materials like stainless steel and aluminum sheets, balancing production efficiency and processing adaptability.

Furthermore, LIGENT's industrial robot bending solution upholds a customer-centric philosophy with high cost-effectiveness. It delivers premium pre-sales customized design, professional in-process installation and commissioning, and full-cycle post-sales maintenance support. After-sales service is provided without profit-driven motives, minimizing overall enterprise operating costs. Simultaneously, the solution supports flexible configuration options tailored to enterprise production needs, including quick-change gripper systems, adaptive flipping systems, and vision-based barcode scanning systems. This enables personalized customization to accommodate varying production scales and processing requirements across different enterprises.

Currently, LIGENT's industrial robot bending solutions have completed cycle analysis and process adaptation for multiple sheet metal workpieces. Except for materials with special process requirements, they can meet the automated production needs of most sheet metal bending tasks. New materials can undergo process adaptation through verification by professional engineers. The introduction of this solution not only addresses traditional sheet metal bending challenges—such as low labor efficiency, difficult precision control, and high operational intensity—but also empowers enterprises to enhance production efficiency, reduce labor costs, and improve product quality stability through fully automated, intelligent production models. This injects fresh momentum into the automation and intelligent upgrade of the sheet metal processing industry.