The industry 4.0 standard is achieved in
combination with a RAS bending machine and
one of the Bendex Enterprise Suite solutions
RAS machines software
With the RAS machine controls powered by Bendex, all geometries of a bending part can be easily imported into the machine. The control automatically generates bending program suggestions, detects tool collisions, and visualizes the process in 3D. Through the integration of CAD data and an intuitive user interface, the system enables fast and efficient programming, reduces communication efforts, and ensures seamless production.
The industry 4.0 standard is achieved in
combination with a RAS bending machine and
one of the Bendex Enterprise Suite solutions
Within the unique Bendex platform, two types of market-leading and powerful software solutions have been developed. Both software packages together provide fully integrated solutions for order acceptances, order processing and production:
These capabilities are exclusively available for RAS metal folding machines. The Bendex software automatically programs the bending sequence based on the drawn or imported part geometries. The full integration and digital consistency entitled RAS to an exclusive “powered by Bendex” technology partner. You can read about more details of this integration on the site Bendex Partner Program.
Versions of the Bendex Machine and Office Software are currently available for the following RAS metal folding machines:
By purchasing a software update contract, the customer can benefit from ongoing further developments of the software and the additional features.
The Bendex Enterprise Software is divided into modules, allowing the user to assemble their individual set of features. Depending on the complexity and customer-specific adjustments, two version levels are available:
Bendex Enterprise Professional offers a total solution for producers, distributors, dealers and assemblers of metal profiles, bent parts and roll-formed components including accessories.
Bendex software has been established worldwide as a platform for sheet metal production addressing the company organization and the machine-related environment. A partner program shows the intensity of the cooperation in sales and technology. RAS has reached the highest levels of cooperation. The following logos illustrate the quality of the software solutions.
As a Premium Partner, RAS offers the most powerful software integrations. This starts with the import of part geometries in countless data formats (STEP, dxf, dwg, geo, etc) and the analysis, preparation and import of the CAD bending part data.
It is also possible to export the part geometries in the most common data formats (STEP, dxf, dwg, geo, etc).
RAS is the only manufacturer of sheet metal working machines who has reached the "Technology Partner" level. This means that the Bendex runs as the control software on RAS folding machines. The logo "powered by Bendex" on the machine indicates this complete integration.
The full integration includes for example:
As a Sales Partner, RAS has trained sales personnel and can support customers on any of the Bendex software products. As a Sales Partner, RAS distributes, installs and trains Bendex solutions. The product range supported by RAS includes:
The production of bent parts faces the challenge of manufacturing increasingly smaller batch sizes and highly customized products quickly and efficiently. With Bendex software, this transformation can be successfully managed: it optimizes not only production speed but also the entire value chain, from planning to execution.
Bendex gets us to our goal
10 times faster—less effort, more precision
Does an increase in performance of 640% sound attractive? But how can you reach such a level? Those, who already use state-of-the-art production systems, will not achieve this thrust by just targeting for faster production cycles. For an increase of the overall efficiency, it is not sufficient setting on faster axes movements and machine cycles.
The challenges are quite different. Large batch sizes are no longer reality for most companies. The customer always wants more individual products. Individualization does not only apply to the individual manufacturers, but more and more arrives in serial production. Unique product features increase the number of variants and reduce the batch sizes. Jobs are coming in smaller quantities. After having bent just some parts the machines need be setup for the job. The ratio between production time and set-up time is becoming increasingly unfavorable.
The work steps ahead of production, on the other hand, remain the same. However, a much more frequent passage through the indirect processes leads to a remarkable increased effort. A larger number of parts need to be analyzed for feasibility, partially redesigned and approved by the customer. After all production and design aspects are clear, the variants must be calculated and offered. Once the order has been received, machine programs need to be generated and setup plans need to be written.
The effort required for indirect processes is increasing significantly. Therefore, the future goal must be to optimize not just individual production steps, but the entire value chain. Errors must be avoided even in a fast-paced environment, while keeping costs under control. When this is achieved, small batch orders once again become profitable. With Bendex Enterprise Professional, pre-production workflows can be reduced to a minimum.
When bending sheet metal components, the Bendex machine software or Bendex Office Software imports the geometry of the bent part in a variety of file formats and programs the bending process with a single click. While programming used to take, for example, 10 minutes, the Bendex software creates a bending program in under a minute and even allows for a 3D simulation of the bending process. The software's algorithms incorporate the expert knowledge of hundreds of programmers. This not only speeds up programming by a factor of 10 but, if the Office software is already used in the design phase, designers can check the feasibility of their new components without specialized bending knowledge—long before the first sheet is produced.
Additional meetings and coordination between design, production planning, and manufacturing are reduced by 75%. These accelerations in upstream processes, combined with efficient tool changes and short setup times, create the efficiency gains that companies are striving for today.