Through the G Clef unique software, you can realize precise profile bending with variable curvature, work efficiency can be greatly improved, labor cost can be saved, the operation is simple, and very easy learning. Whether it is profile, pipe, square tube, G Clef not only sells the bending machine, but also provides the corresponding bending solutions for the customers. With G Clef bending solution and experience, the customer will be in the leading position in the bending peer! For our customer, you just need to bring us the problem, regarding to the distortion, wrapping, collapse, twist, curve/bow, bulge, asymmetry, S curve, elliptical and spline which do harm to the efficiency, time and cost, we will provide a complete solution. Our creative solutions have already approved by some famous companies in automotive, escalator, aerospace, rail transit, conveyor, facade, doors and windows, roofing, lighting industries etc.
aerospace, automotive, railway transit, escalator, led lighting, doors and windows, furniture, facade construction, bathroom hardware, fitness equipment, decorative works etc.
100*100*3; Min. Radius recommended: T ( bending length)* 5
1 Machining graphics Within the processing capability of the equipment, single-radius, multi-radius, elliptical, Archimedes, parabola (spline) 2D planar graphics can be completed
2 Processing material range Aluminum profiles (required T4 state), steel profiles, etc.
3 Minimum bending radius The minimum bending inner radius of the machine is 60mm; the actual depends on the material can withstand the deformation, generally R> = 7 times the thickness of the bending direction
4 Maximum curved section size 60*60, pressure <=15T
(Including Production Product Specifications, Dimensional Accuracy, Production Capacity, Etc.):
The minimum bending inner radius of the machine is 60mm; the actual depends on the material can withstand the deformation, generally R> = 7 times the thickness of the bending direction.
The so-called bending springback can be explained as the elastic reverse bending deformation generated during the bending unloading process. Therefore, an external force other than the bending moment is applied to the slab during loading to change the bending stress state, and the rebound can be eliminated or reduced. It is also possible to adopt a process such as drawing, compressing and bending, correcting bending and soft bending. If choose stretch bending, the tensile force applied should be such that the resultant stress of the curved inner surface is greater than the yield limit of the material. In this way, the deformation amount of the bending member is increased, and the entire section stretched. After unloading, the rebound directions of the inner and outer regions are uniform, and the amount of rebound is reduced.