Sheet Metal Chamfering and Deburring Machine: Flexible Architecture, Solving the Difficulty of Multi-specification Processing

Sheet Metal Chamfering and Deburring Machine: Flexible Architecture, Solving the Difficulty of Multi-specification Processing

The sheet metal processing industry has long been plagued by technical pain points such as "difficulty in adapting to multiple plate thicknesses, poor precision control, and many secondary damages": traditional equipment cannot be compatible with multiple plate thicknesses of 0.8-20mm, the flatness error after leveling often exceeds 0.1mm/m², and excessive grinding of the grinding wheel leads to surface scratches of more than 15% of the workpieces. Through modular design and intelligent control technology, this sheet metal chamfering and deburring machine builds a flexible processing system covering 0.5-80mm plate thickness. The equipment opening can be freely adjusted within the range of 30-50mm, and the maximum processing width is 1650mm, adapting to the processing needs of workpieces after multiple processes such as turret punching and laser cutting.
The core precision parameters have achieved industry transcendence: adopting an eight-group flexible filament roller group design, the adjacent roller groups rotate forward and reverse to ensure full contact between the abrasive and the workpiece edges and corners. The chamfering precision reaches ±0.05mm, which is 6 times higher than the requirement of ISO 13715 standard, and the R-angle can be accurately adjusted within the range of 0.1-1mm. Test data on 12mm thick carbon steel sheet metal parts shows that the single-piece processing time of the equipment is only 45 seconds, which is 40 times higher than that of manual grinding, and the consistency deviation of chamfer size is ≤0.02mm during mass production.
The equipment has significant intelligent and economic advantages: the touch screen operation interface has 12 built-in process parameter libraries, supporting one-key calling of typical scenarios such as "stainless steel thick plate" and "aluminum alloy thin plate", and the built-in LED light source can monitor the processing status in real time. The imported bearings and wear-resistant filament design make the service life of consumables exceed 5000 working hours, and the replacement cycle is extended to more than 6 months, reducing the downtime maintenance time by 80% compared with ordinary equipment, and the daily production capacity loss is reduced from 30% to less than 2%. In a construction machinery sheet metal part production line, the equipment shortens the pre-spraying treatment time by 50%, reduces the rework rate from 18% to 0.3%, and the annual comprehensive benefit increases by more than 1.8 million yuan.