MAG will leverage fiber cutting process breakthrough

New system launches flexible, economic processes in the automotive, electronic and consumer goods industries

Sample configuration of MAG's new FiberCut Unit
(PresseBox) ( Göppingen, )
The new fiber cutting and dosing underscores the pioneering role of the machine builder MAG in developing modern manufacturing processes for composites applications. MAG's new FiberCut Unit implements process technology innovations in the cutting process of technical fibers, e.g. for the manufacture of SMC, BMC compounds (Sheet/Bulk Molding Compounds) or fiber reinforced thermoplastics. With this technology, the material base of a compound (new types of fibers) can be directly effected which helps to produce the components even more efficiently and flexibly. Further advantages are found with the developed cutting processes and process technologies applied in the new fiber cutting and dosing unit.

The new FiberCut Unit from MAG was specifically developed for the cutting of fiber types which are difficult to cut such as glass, carbon, polyester, aramid, and natural fibers. The endless strands are supplied to the cutting modules (patent pending) by two feeding units that can be operated at different velocities. The cutting unit has a modular design and consists of two or more spindle modules allowing four cuts per rotation and module. Once the cutting process has been completed, the fibers drop for example onto a velocity-controlled conveyor belt creating a defined, homogenous spread pattern, a fiber mat. Other applications include e.g. direct cutting and dosing of fibers into a BMC or an injection molding process.

With this new innovative technology, MAG can cut and dose various fiber types and two lengths simultaneously, depending on the fiber feed rate and the spindle speed, each of which can be adjusted individually. This helps to increase system productivity and enables new, currently not available compounds for the innovative parts of tomorrow.

Advantages at a glance

- Spindle speed and fiber feedrate can be adjusted individually
- Fiber distribution can be adjusted individually
- Online monitoring of cutting process
- Cutting head module with two cutting blades for highest productivity
- Modular design enables large fiber distribution widths
- PC-based control system with simple operation via touch screen

Picture: Sample configuration of MAG's new FiberCut Unit Downloadfile:

About MAG MAG is a leading machine tool and systems company serving the durable goods industry worldwide with complete manufacturing solutions for metal cutting and composites applications. With a strong foundation based upon renowned brands such as Boehringer, Cincinnati, Cross Hüller, Ex-Cell-O, Fadal, Giddings & Lewis, Hessapp, Honsberg, Hüller Hille and Witzig & Frank, MAG is recognized as the preeminent provider of tailored production solutions based on state-of-the-art technology.

Key industrial markets served include aerospace, automotive and truck, heavy equipment, oil and gas, rail, solar energy, wind turbine production and general machining.

With manufacturing and support operations strategically located worldwide, MAG offers comprehensive lines of equipment and technologies including turning, milling, hobbing, grinding, honing, systems integration, composites processing, maintenance, automation and software, tooling and fluids, and core components.

Please forward a copy of any reprint

Press contacts:

Joachim Jäckl PR MAG Europe GmbH Stuttgarter Straße 50 73033 Göppingen Tel: + 49 7161 201 4083 Fax: + 49 7161 201 4120

PRX Agentur für Public Relations GmbH Ralf M. Haaßengier Kalkhofstraße 5 70567 Stuttgart Tel: +49 (0) 711/71899-03/04 Fax: +49 (0) 711/71899-05
The publisher indicated in each case is solely responsible for the press releases above, the event or job offer displayed, and the image and sound material used (see company info when clicking on image/message title or company info right column). As a rule, the publisher is also the author of the press releases and the attached image, sound and information material.
The use of information published here for personal information and editorial processing is generally free of charge. Please clarify any copyright issues with the stated publisher before further use. In the event of publication, please send a specimen copy to