-
Hybrid AC Servo Presses H1F-1
- Product code: H1F-1 / H1F60-1
-
H1F-1series
H1F35-1 / H1F45-1 / H1F60-1 / H1F80-1
Productivity of mechanical press, formability of hydraulic press and high accuracy with linear scale can be all realized.
Days to rely on the die are over. You have to lead with the press now.
Slide positions are controlled precisely using Komatsu's own feedback control. "Automatic BDC Correction," which measures bottom dead center, and "Automatic Load Offset Function," which measures and automatically levels load variation, make realize high forming accuracy that conventional mechanical presses never achieves.
Combining the advanced CNC with the hybrid drive mechanism, both high productivity and high accuracy forming have been achieved.- Purpose：Precision,General
- Frame：Gap/Straight
- Point：1pt
- Capacity：350〜800kN
Servo Press Achieves Your Success. ～High
Productivity & High Accuracy～
Days to rely on the die are over. You have to lead with the press now.
Aren't you worrying about low productivity?
• A work hops up and isn't stabilized (thin plate).
• Drawn faces crack when speed goes up (touch speed).
• Die life gets shorter in higher SPM (forming heat).
Only necessary portions can be set at low speed with H1F to raise overall productivity.
Combining the link mechanism with servo control, both high productivity and high accuracy forming with slow touch can be realized. The link mechanism that has been proven on forging presses is used, and the slide speed is slow at the forming range to attain excellent forming performances. Since speed can be made still slower on necessary positions by setting free motions, formability is compatible with productivity without reducing production SPM.
Most suitable to blanking of thin plate
Aren't you in trouble with blanking thin plate?
• Cannot blank through (remains half blanking)
• Need adjusting bottom dead center many times a day
• Short die life
Bottom dead center can be always corrected in ± 20 µm of the target position on H1F-1 with the automatic die height offset function (Automatic BDC Correction).
