Servo Press, SC1 Series
  • Servo Press, SC1 Series
  • Servo Press, SC1 Series

Servo Press, SC1 Series

The servo stamping press machine is suitable for stamping application scenarios that require higher processing control accuracy, and is especially good at processing complex-shaped parts and difficult-to-form materials. Instead of following a fixed motion, it allows the movement of the press to be adjusted during each stroke, giving you more flexibility to match different production needs. This makes it easier to maintain consistent results while adapting to a wider range of forming conditions, particularly for complex parts and difficult-to-form materials.

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Technical Specifications
Model Unit SC1-25 SC1-35 SC1-45 SC1-60 SC1-80
Capacity Tons 25 35 45 60 80
Rated Tonnage Point mm 3.2 3.2 3.2 4 5
Stroke Length mm 60 70 80 120 150
Strokes Per Minute spm 0~140 0~120 0~100 0~90 0~65
Die Height (S.D.A.U) mm 200 220 250 310 340
Slide Adjustment mm 50 55 60 75 80
Slide Area mm 470×220 520×250 560×300 700×360 770×420
Bolster Area mm 680×300 800×400 850×440 900×500 1000×550
Shank Hole mm ∅38 ∅38 ∅38 ∅50 ∅50
Slide Adjustment - Manual Manual Manual Manual Electric
Precision Standard - GB/T 23280(JIS 1 class) GB/T 23280(JIS 1 class) GB/T 23280(JIS 1 class) GB/T 23280(JIS 1 class) GB/T 23280(JIS 1 class)
Features
  • Direct-Drive Servo System with High Precision
    The servo drive system delivers positioning accuracy exceeding JIS Grade 1, ensuring consistent part quality and repeatability. The programmable control of motion enables precise adjustment of speed, position, and force during each stroke.
  • Handwheel Control for Easy Setup
    Equipped with a manual handwheel, the press allows fine adjustment during die setup and trial operations, improving convenience and reducing setup time.
  • Programmable Stamping Curve
    The press motion profile can be programmed to suit different materials and forming requirements, helping improve formability and reduce stress on both the material and tooling.
  • Tooling Data Management System
    Multiple sets of die parameters can be stored within the system database, simplifying changeover and reducing downtime during production adjustments.