7-axis freedom: 3 rotational and 4 linear axes
No intermediate deposit station
Fast changeovers
Compact, rigid construction
Free access to press opening
For variable and/or large spacing between presses
Production rates up to 17 spm

Part transport with flexible tooling orientation
Component turnover not required
Simple, freely programmable component positioning
Full tooling compatibility with Crossbar Feeder
Single, double and four-fold parts production possible
Complete solution including destacker and end-of-line
Spacing between presses from 4,5-10 m, no idle station
Carrying loads up to 90 kg/198 lbs. (part ant tooling)
Production rates up to 15 spm

Only one robot per press opening
Automated changeover of robot tooling
Flexible and cost-effective
User may choose robot supplier

Best possible component quality thanks to high degree of flexibility with digital servo control.
Compact, low-vibration hydraulic system
Modular contruction makes it maintenance-friendly
Reduced complexity of the entire system
Can be integrated into existing lines
Shorter delivery times and start-up times as compared to conventional systems

Flexible solutions for feeding blanks or coil on a single line
Fast, simple changeovers
Operator training reduced to single line with single control
Control is compatible to presses and transfer

Maximum production flexibility due to user-programmable stroke heights and motion sequences
Output boost compared to conventional mechanical presses
Greater parts quality and die life with movement profiles optimally adapted to the specific forming requirements
Best suited for processing high-strength steels
High availability due to long service life and low maintenance requirements
Shorter die change times due to setup and try-out functions

Greater eccentric load with same press force
30 percent less deflection
Active slide parallelism
Better view of work area
Sound enclosure, reduced burden for operating staff
Oil-free in work area
Reduced footprint

Extreme part accuracy
High levels of uptime and low die wear
Low cost for finish processing
High levels of process reliability
High production rates