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
Through three sets of rollers matching the section of the profile, the principle of three points is used to adjust the displacement of the intermediate roller, so that the profile is fed multiple times in three sets of rollers, and the profiles are successively formed to the required radius. The length of the feed is collected by the encoder. The rotation of the roller is controlled by the CNC system to automatically match the linear speed of the three sets of rollers. At the same time, the displacement of the intermediate roller adopts the closed-loop rolling servo system to achieve the high-precision high-precision requirements.
It is not necessary to sacrifice longer tool life or improved process control for better bend quality. All three of these objectives can be optimized – right now. Most tube-bending applications can be immediately “depressurized” with existing tool sets through a precise, back-to-basics, four-step set-up procedure. This set-up is known as “Forward Mandrel, Low Pressure”. The purpose of this procedure is to precisely position on the critical working surfaces of your tools relative to the point of bend so that under minimum pressure they will exploit the natural axial flow of the tubing material and guide it into the desired shape