AFYM16 Intelligent Bending Center: Sheet Metal Processing “Flexible Assistant” with Robotic Arm Cooperation
Release time:
2025-09-12
The robotic arm unit can be adapted to grab workpieces of different sizes and shapes, covering small precision sheet metal to medium-sized box workpieces; The flexible tabletop design can protect plates with high surface requirements (such as mirror stainless steel) from being scratched, and is suitable for the production of high-end equipment shells, precision boxes and other products.
Core processing capabilities and applicable scenarios
The processing width of AFYM16 is suitable for mainstream sheet metal sizes within 1.6 meters, and is compatible with stainless steel plates, aluminum plates, carbon steel plates and other materials. It is especially suitable for processing complex structural sheet metal parts (such as special-shaped boxes, multi-bending workpieces):
The robotic arm unit can be adapted to grab workpieces of different sizes and shapes, covering small precision sheet metal to medium-sized box workpieces;
The flexible tabletop design can protect plates with high surface requirements (such as mirror stainless steel) from being scratched, and is suitable for the production of high-end equipment shells, precision boxes and other products.
Core highlights: Intelligent collaboration of robotic arm + bending
Its core advantage is the CNC collaboration system of "robotic arm + bending mechanism":
Automatic loading and unloading: The multi-degree-of-freedom robotic arm can complete the entire process of "picking up parts from the silo → clamping the bending table → unloading the finished product", realizing semi-unmanned processing of a single device;
Dynamic process adaptation: The robotic arm and the bending mechanism are linked in real time through the CNC system to dynamically adjust the grabbing posture according to the workpiece bending angle and process to avoid interference with the bending tool and adapt to complex multi-process bending;
Fast production change: Supports pre-storage of processing technology parameters. When switching between different types of workpieces, the robotic arm path and bending parameters are automatically matched, and the production change time is shortened by 80% compared with traditional equipment.
Configuration and performance advantages
The equipment is equipped with DGPY's new generation self-developed CNC system, and the core drive unit uses Inovance's high-precision servo motor:
The repetitive positioning accuracy of the robotic arm reaches ±0.05mm, and the accuracy of the bending mechanism is stable at ±0.1mm, ensuring the processing consistency of complex workpieces;
Equipped with an intelligent safety protection system, the robot arm operating area is set up with dynamic detection to avoid the risk of misoperation by personnel;
Compared with manual-assisted bending, the production capacity of a single shift is increased by more than 2 times, and the labor cost of heavy workpiece handling is reduced at the same time.
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