Recently, Gnee successfully broke through the technical barriers of 5083 aluminum plate bending processing and successfully completed the delivery of the first batch of special material orders for a certain enterprise.
Facing the processing requirements of 5083 aluminum plates with a thickness of 5-8mm and a maximum size of 6m×2m, the technical team achieved a major technological breakthrough in the field of precision bending through the dual-wheel drive of "process innovation + equipment breakthrough".
For the elongation and rebound coefficient characteristics of 5083 aluminum plates, multiple bending stress release or positioning errors may cause cumulative deviations. The Hubei Daming technical team first split the drawings and adopted the "physical sample" verification mode. By conducting multiple physical samples, the bending processing sequence was optimized, and the R angle division accuracy and angle tolerance were finally determined to overcome the problem of forming accuracy control.
Aiming at the technical pain point that the surface of aluminum plate is relatively soft and easy to be scratched, the bending mold and the plate surface are protected accordingly to achieve zero scratches during the entire bending process of aluminum material and ensure its surface quality.
The successful construction of the 5083 aluminum material processing system this time, Gnee fully utilized the production advantages of "dual machine collaboration" and cooperated with the digital process management system to achieve a high yield rate throughout the process, fully meeting the processing requirements of customers.
