High productivity
due to fast bending
sequences
XL-Center Bending centers
RAS XXL Center: 2nd generation long fold...
XXL-Center with slitter: Schütze GmbH
XXL-Center with CutModule
XXL-Center: Complex wall profile
Long folding XXL-Center (8 meter)
RAS XXL-Center: Corrugated parts
XXL-Center: Skylight dome
XXL-Center: corrugated panel
Bending Center RAS XL-Center
Bending Center RAS XL-Center
RAS XL-Center: Tapered parts
Bendex-Mobile and RAS XL-Center
XL-Center: Bending on hems
RAS XL-Center: Toolbox parts
XL-Center: Accuracy on 1.5 mm mild steel
Simple XL-Center programming
XL-Center: Star-shaped facade profile
RAS XL-Center bends roller shutter box
XL Center: Bending building profiles
XL-Center: Large free space
XL-Center: Coping
XL-Center: Part with manual operation
XL-Center: tapered parts
XL Center: Wall coping
XL-Center: Bending a roof ridge
Company Binder: Profile diversity
RAS XL-Center: Complex bending profile
XL-Center at roofer Schwaer
RAS XL Center buckle plate
High productivity
due to fast bending
sequences
After the blank is loaded the grippers of the XL-Center take over the workpiece and automatically position the part for each bend. The grippers can clamp on straight material, but can also clamp on a closed hem.
Up and down folding eliminates a need to rotate the parts. Short cycle times, precision flange dimensions and angles, high levels of productivity and low costs per part guarantee a quick payback of the investment.
If the working length of the XL-Center is not long enough, tapered bent profiles can be connected to each other.
RAS has designed XL-Center with maximum free space in front of the folding beams and has also patented this aspect. The extremely large free area of 300 degrees creates room for the most complex part geometries.
The operator draws the profile of the touch monitor or in the office using the Office software. The Bendex software automatically programs the part and suggests the optimum bending strategy. The software simulates the entire program cycle in either a 2D or 3D view.
The unique and powerful Bendex software automatically programs the parts. Its enormous fetaure list increases the throughput and productivity of the machine many times over.
Process optimization is so easy! While cutting just stick a QR code on the blank. At the XL-Center you only have to scan the code and the machine automatically loads the part.
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RAS 63.30 |
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Folding length | 3200 mm |
Material thickness max (400 N/mm²) | 1.5 mm |
Free space in front of the beams | 300° |
Grippers | yes |
Bending tapered parts | yes |
Programming | automatic |
Machine dimensions (normal setup) | 5400 x 3700 mm / 213" x 145" |
Machine dimensions (compact setup, higher fences) | 3850 x 3700 mm / 152" x 145" |
Blechnerei Johannes Schwär from the Black Forest is a dynamically growing craft business. This growth is no accident. Rather, Johannes Schwär is always thinking one step ahead and wants to be equipped with its decisions for current and future tasks. The investment in a RAS XL Center with UpDown bending technology demonstrates the company's progressive thinking.
After the decision to modernize the machinery had been made, the only remaining question for Johannes and Thomas Binder was whether to re-invest in a traditional metal folder with only upward bending. In the end, the two roofing professionals decided in favor of a state-of-the-art RAS XL center with UpDown bending technology. "The XL-Center more than compensates the higher investment costs with its additional benefits," summarize the two entrepreneurs.
For two generations, Begoin GmbH has been a synonym for solid and reliable roofing. Through the precision processing of high-quality materials, the Bad Hersfeld based company has earned a high reputation in the regional market. Three RAS machines assist in meeting the company's performance promises in terms of quality and on-time delivery. Cuttings is done on a RAS SMARTcut swing beam shear. For bending, a RAS TURBObend plus as well as the UpDown folder RAS XL-Center are used.
When automatically bending a roof ridge profile, the RAS XL-Center UpDown bending center shows all its skills. There are already embosses in the sheet for later fastenings. Therefore, the upper beam must gently clamp the sheet so that the embosses are not damaged during bending. The Bendex software automatically programs the bending sequence based on the drawn profile.
Stefan Bern is a roofing and façade specialist for demanding residential buildings. With a team of 30 employees, the company produces all metal parts in their workshop. Their own skilled workers assemble the profiles on large private properties in the area. With the RAS XL-Center, the company has significantly increased its efficiency and bending speed.
Roofer Leib reports on their Website: "As a result of the growing demands of modern architecture, ever more complex metal profiles are required. We can produce them now efficiently and precisely by the purchase of a new XL bending center from RAS. The required profiles can be designed directly in the office and sent to the machine. The machine geometry allows the metal to be folded in two directions, which saves expensive material handling time."
When Carl Schmidt began looking for a new metal folding machine to produce profiles for commercial construction, he took an unusual route. Instead of visiting trade shows or different manufacturers, he started watching YouTube clips of the different manufacturers. He was so impressed by the RAS XL-Center that he decided to place an order without ever seeing the machine live. What might seem to some like a rushed action was, in reality, carefully thought through.
Manfred Baldauf and his wife first saw the RAS XL-Center at the DACH+HOLZ (Roof+Wood) show and immediately fell in love with the machine. The roofing and tinsmith company from Doren (Austria) works on both residential housing construction and with commercial developers and builders. The capability to form unique and unusual facades has most impressed Manfred Baldauf and the RAS XL-Center can bend exactly these profiles with whimsical shapes, radii and hems.
By adding manual bending sequences, the variety of possible profiles can be significantly increased. The software also calculates like the right upper beam clamping dimension when clamping on and bending of double material.