INCREASED PERFORMANCE
- Higher tonnage rate and working energy compared to conventional presses
- Due to its high working energy, the ability to reduce mold sizes and costs by combining several stations in progressive and transfer productions
- Ability to press without loss of power even at low pressing speeds
FULL AUTOMATIC STROKE ADJUSTMENT
- Higher speed possible at low strokes
- Reducing the mold costs by adjusting the mold guiding lengths according to the desired stroke with the adjusted stroke
- Stepless stroke adjustment can be made on the screen with a percent (like 112.26) sensitivity.
PRE-PROGRAMMED MOTION TYPES
https://www.youtube.com/watch?v=0MjjuQYb600
- Movements in graphics can be programmed
INCREASED PRODUCTIVITY
- Changing the stroke curve can increase the production speed in progressive and transfer productions.
- The problems experienced due to the excess of ram speed during pressing are overcome by link movement and the production speed is increased.
REDUCTION OF TOOL INSTALLATION TIME
- Saving stroke adjustment, press speed, movement type, deceleration height and regulating values on mold memory
- Minimizing mold changing times
SUPERIOR PRODUCT QUALITY
- Operationg modes such as dwelling, double-pressing, stepped pressing
REDUCING MOLD WEAR
- Minimization of mold wear with operating modes such as link movement and soft cutting
- Extending the life of springs used in molds
INCREASED ENERGY EFFICIENCY
- Low cost capacitor boards
- As the stroke increases, the speed of the ram increases and the energy losses in the ram slides and balancing cylinders decrease due to less friction.
- Reducing energy loss and electricity consumption by reducing the stroke with stepless adjustable stroke
- Preventing unnecessary heating and shortening of the life of mechanical equipment
STEPPED PRESSING
http://youtu.be/tU3QSrMZVAg
- Pressing the hard-to-shape parts gradually with the logic of forging hammer, moving slowing down to the bottom dead with each stroke
- Ability to program step intervals and how many steps will be and adjust according to the operation
ACTIVE DOUBLE ACTION
- Ability to adjust positions as required by the operation
- Performing operations that require three effects, such as precision cutting with bottom-cushioning
SLOW CUTTING
http://youtu.be/YL_ZNmdoIdA
- Ability to perform cutting operations with minimum noise and die wear
- Prevention of vibration and back reaction forces that occur during the cutting operation on the press and die
PLUNGER GUIDE
https://www.youtube.com/watch?v=aH-XOm2kpOM
- Ram parallelism does not change during pressing
- Less ram slide adjustments
- The wear of ram slide is reduced and their life is increased
LINK MOTION
With the multi servo press, you can perform link motion, which is a slowing down motion close to the bottom, in different strokes. Thus, even at high press speeds, you can press without sheet deformation.
