 |
|
|
|
 |

|
Electric Drives and Controls - Product catalogue
IndraMotion for Metal Forming
|
|
|
|
IndraMotion for Metal Forming is the modular, scalable system solution for especially cost-effective single-axis and multiple-axes applications of cut to length line and flying cutting devices. Already programmed controls, compact opperating units, as well as intelligent drives with a wide spectrum of rotational and linear motors all provid the highest level of efficiency and product quality.
The custom-made automation concept is based on the system solution IndraMotion MLD. It is enhanced with integrated, branch-specific technology funtions and therefore customized fulfill the requirements of modern production lines. No matter if you process sheet metal, plastic, paper, or wood - IndraMotion for Metal Forming is the cost-effective answer to all of your synchronization challenges. To meet the varios standars of you manufacturing, we deliver IndraMotion for Metal Forming in the following variations:

- single-axis applications with IndraMotion MLD-S
- cylinder feeders and feed straightending machines
- flying cutting devices
- cross cutter
- unwinder
- multi-axes applications with IndraMotion MLD-M
- cut to length line
- flying cutting devices
| System overview | IndraMotion MLD |VisualMotion | Technical data

Advantages
- scalable drive platforms with dynamic motors
- standardized program tools IEC 61131-3 and PLCopen
- drive-integrated safety technology, certified according to EN 954-1, catagory 3
- intuitive engineering with the software framework Rexroth IndraWorks
- easy assembly and installation, as well as a fast start-up due to coordinated and already configured system components
- precise sychronization between press and feeder
- optional technical and communication interfaces
- ready to use technology functions serve as a base for branch-specific "Ready-to-Apply" solutions
- easy integration of decentralized drive solutions in existing or planned control concepts
- easy implementation of operational functions
|
|
|
|
|
|
|
|
|
|
|
|