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1) "Zero" setting time: For small-batch and multi-variety orders, the traditional bending process of die changing, programming, and trial folding is an efficiency bottleneck. The Bending Center has almost achieved seamless switching between the production of different workpieces through automatic mold changing and offline programming.

2) "Zero" human error: The entire process is operated by robots, eliminating quality fluctuations and work-related injury risks caused by worker fatigue and skill differences, ensuring stable output of high quality and high repeatability precision over a long period of time.

3) "Single-piece flow" production becomes possible: The extremely high turnover rate enables even the production of just one piece to be completed efficiently, perfectly responding to the modern demands of personalized customization and agile manufacturing.

4) Transformation of requirements for operators: From relying on highly skilled bending technicians to requiring engineers and technicians capable of operating and maintaining automated systems, the value of human resources has been enhanced.

1- Ideal applicable scenarios:

A sheet metal processing enterprise with a wide variety of products, small batch sizes and short delivery times.

Areas with high labor costs or a shortage of skilled workers.

Manufacturers pursuing products with high added value, high precision and high consistency.

Enterprises that hope to upgrade discrete manufacturing to automated and digitalized intelligent factories.

2- Return on Investment (ROI) considerations:

The core return does not lie in simply replacing a bending machine, but in replacing a production line that involves multiple machines and multiple workers.

The returns are mainly reflected in: saving a large amount of manpower, improving material utilization rate, shortening the overall delivery cycle, reducing work-in-progress inventory, and enhancing product quality and consistency.

Bending Center 1400 does not represent a machine, but a "software-defined and data-driven" sheet metal bending production solution. Its ultimate efficiency is essentially achieved by automating and digitizing all the "pause times" and "uncertainties" in the production process. For suitable enterprises, it brings not only a linear improvement in production efficiency, but also a non-linear leap in production models, market response capabilities and competitiveness.

Have questions about the parameters of this model?

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