AFYM20 intelligent bending center: the “main force of unmanned processing” of 2-meter large sheet metal parts
Release time:
2025-10-21
The heavy-duty tabletop design supports the bending of medium-thick plates with a thickness of up to 3mm, covering the mainstream thickness requirements of industrial-grade sheet metal. Core highlights: Intelligent collaborative upgrade of heavy-duty robotic arm + bending
Core processing capabilities and applicable scenarios
The processing width of AFYM20 covers mainstream large sheet metal sizes within 2.0 meters, and is compatible with stainless steel, aluminum, carbon steel and other materials. It is especially suitable for processing long/heavy sheet metal parts (such as 2-meter industrial cabinets, large equipment shells, long ventilation duct sheet metal):
The ultra-wide work surface can stably carry large workpieces of 2.0 meters × 1.2 meters, avoiding splicing errors caused by segmented processing;
The heavy-duty tabletop design supports the bending of medium-thick plates with a thickness of up to 3mm, covering the mainstream thickness requirements of industrial-grade sheet metal.
Core highlights: Intelligent collaborative upgrade of heavy-duty robotic arm + bending
Its core advantage is the full-process collaboration system of "high-load robotic arm + CNC bending":
Automatic unmanned connection: The multi-degree-of-freedom robotic arm with a maximum load of 20kg can complete the full-process operation of "bin pickup → multi-station bending → finished product sorting", achieving semi-unmanned production with a single device;
Dynamic adaptation of long workpieces: The robotic arm and the bending mechanism are linked in real time through the CNC system to automatically adjust the grabbing posture and bending path for multi-section bending of 2-meter-long workpieces to avoid workpiece deformation and interference;
Fast production change: Supports the pre-storage of more than 50 sets of processing technology parameters. When switching large workpieces of different types, the robotic arm path and bending parameters can be called with one click, and the production change time is shortened to less than 5 minutes.
Configuration and performance advantages
The equipment is equipped with DGPY's new generation self-developed CNC system, and the core unit uses high-standard industrial components:
The repeatable positioning accuracy of the bending mechanism is ±0.1mm, and the repeatable positioning accuracy of the robotic arm is ±0.05mm, ensuring the processing consistency of large workpieces;
Equipped with a dynamic infrared safety protection system, the operating area of the robotic arm can be detected in real time to eliminate the risk of misoperation by personnel;
Compared with manual-assisted bending, the production capacity of large workpieces in a single shift is increased by more than 3 times, while reducing labor costs and safety hazards in handling heavy workpieces.
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