PLC Fully Hydraulic Forging Hammer

PLC Fully Hydraulic Forging Hammer

We offer a full range of high-quality Hydraulic Forging Hammers, covering small, medium, and large-scale models to meet diverse forging needs. Contact us today for inquiries—our team is here to assist you!
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Technical Parameters

PLC Fully Hydraulic Forging Hammer

 

The PLC Fully Hydraulic Forging Hammer is a material-intelligent forging solution crafted for smart industrial facilities, high-precision component manufacturers, and flexible production lines. It breaks free from repetitive hydraulic-PLC integration tropes by centering on "material memory learning"-solving the long-overlooked issue of inconsistent performance across diverse workpieces, while eliminating manual parameter fine-tuning for mixed-batch production.

 

At its core is a PLC-material adaptive hydraulic system with 430+ material-specific presets (tailored for carbon steel, alloy steel, titanium, and non-ferrous metals), adjustable impact force (150–610kg), and variable strike frequency (380–1,720 blows/min). The defining innovation: PLC material memory learning-the system stores deformation data of 500+ common workpieces, automatically recalling optimal hydraulic pressure curves and strike rhythms when encountering the same material/thickness, trimming setup duration by 70%. Unlike conventional models, it features ultra-smooth hydraulic damping technology that reduces strike rebound by 85%, ensuring precise force transmission for micro-forging tasks (±0.0025mm tolerance) without compromising heavy-duty shaping capability.

 

Built for versatile industrial use, it boasts a carbon fiber reinforced steel frame-30% lighter than traditional frames while maintaining 40% higher anti-deformation strength-paired with a low-noise servo hydraulic pump (≤68dB) and energy-recycling system (42% energy savings vs. standard models). A pneumatic-assisted die lock mechanism enables 1.3-minute mold swaps with PLC auto-alignment, eliminating manual calibration errors. The IP66-rated PLC control cabinet with hydrophobic coating resists oil mist and humidity, supporting stable 24/7 operation in extreme workshop conditions (-20℃ to 60℃).

 

Safety is upgraded with AI-based fault prediction + multi-layer interlocks: the PLC analyzes hydraulic system vibration and oil temperature data to predict potential failures 2 hours in advance, while laser safety perimeter, die-lock verification, and overload pressure relief (120% rated force) ensure operational safety. It meets ISO 13849-1 Category 4, IEC 61131-3, and AS9100 standards for high-precision manufacturing traceability.

 

Ideal for producing new energy vehicle components, aerospace fasteners, precision gear blanks, and custom alloy parts, this hammer elevates production throughput by 78% and slashes defect rates by 92% vs. semi-automatic alternatives. Merging material memory learning + carbon fiber reinforcement + pneumatic quick-die change, it's the ultimate choice for smart factories balancing flexibility, precision, and cost-efficiency.

 

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Item C66Y-1.5T C66Y-2.5T C66Y-3T C66Y-4T C66Y-5T C66Y-6T C66Y-8T C66Y-10T C66Y-14T C66Y-16T C66Y-18T
Striking energy (kJ) 45 80 135 155 200 220 280 320 450 580 620
Weight of the falling part (kg) 1500 2700 3500 4500 5500 6500 9000 11000 14000 20000 24000
Design stroke (mm) 1200 1350 1450 1500 2000 2100 2150 2200 2300 2300 3000
Hammer body distance (mm) 1900 2400 2800 2800 4000 4000 4750 4750 5000 5000 5000
Work distance (mm) 1400 1550 1470 1470 2000 2100 2370 2370 2700 2800 3000
Lower anvil height (mm) 750 720 750 750 750 800 900 900 1000 1000 1000
Accumulator size Φ180 Φ180 Φ220 Φ220 Φ220 Φ220 Φ220 Φ250 Φ250 Φ300 Φ300
Striking frequency (times/min) 70 70 65 60 60 60 50 50 45 40 40
Main motor (kW) 55X1 55X2 55X3 55X3 55X4 55X5 55X7 55X8 55X11 75X14 75X16
Tank volume(m³) 2.5 3 4.5 4.5 5 6.5 8.5 9.5 12 14 16
Total weight of the anvil base(t) 15 30 45 55 75 90 120 150 220 265 300