We equip the machine with a suction cup design that enables sheet metal fabrication with a maximum bending size of 2000mm x 2000mm. Its remarkable bending speed of only 0.2 seconds per bend significantly enhances productivity and helps reduce labor expenses.
We equip the machine with a suction cup design that enables sheet metal fabrication with a maximum bending size of 2000mm x 2000mm. Its remarkable bending speed of only 0.2 seconds per bend significantly enhances productivity and helps reduce labor expenses.
The entire control system of KRRASS panel bender is designed according to the platform, which has good stability and scalability; its self-driven robotic arm and multi-axis linkage cutting machine tool have good scalability. It is easy to extend to other fields.
However, most competitors’ control systems are temporarily assembled or improved based on turret punching machines, which need better stability and scalability.
KRRASS panel bender can directly mount the self-driven robotic arm, which is effectively combined with the bending center, with high efficiency and muscular flexibility. It is also convenient to replace the workpiece; the movement of the self-driven robotic arm of the panel bender is automatically generated according to the bending action, so the user does not need to maintain the automated arm program, and the operation is simple and convenient.
Most competitors’ panel bender robotic arms cannot be directly driven but can only be docked with the mechanical arm system, resulting in users needing to maintain two systems. Changing workpieces requires repeated debugging between the two systems very inconvenient during the bending process.
The underlying driver of the KRRASS panel bender is developed using a hardware description language, which can realize absolute multi-axis concurrent linkage control, coordinate movement between axes without time difference, and efficiently complete various complex action combinations.
However, most of the panel benders of other manufacturers use the bus control method, not accurate concurrent linkage, which leads to more axes of the machine, more significant time difference, and poorer association, so it can only complete some relatively simple actions. The overall efficiency could be higher.
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