
Brand
AIDA
Model
DFS-TE4-20000(2) 730-250
Type
Presses, Servo
Stock #
501987
Condition
Excellent
Year
2022
Location
Detroit, Michigan
United States
The AIDA DFS-TE4-20000 Servo Press System is a state-of-the-art 2,000-ton servo-driven stamping solution, engineered for high-precision, high-speed, and high-flexibility metal forming applications. This recent-generation AIDA servo press combines advanced motion control, large working envelope, and robust structural design, making it ideal for automotive body, structural, and high-strength steel components.
Manufacturer: AIDA
Model: DFS-TE4-20000(2) 730-250
Nominal Press Force: 2,000 tons
Drive System: Full Servo Drive
The servo drive technology allows programmable slide motion profiles, enabling optimized forming conditions, reduced die wear, improved part quality, and increased productivity across a wide range of materials and part geometries.
Key Technical Specifications:
• Stroke: 800 mm
• Stroke Rate: up to 50 strokes per minute
• Ram Adjustment: 400 mm
• Side Opening: 3,650 mm
• Bolster Area: 7,300 × 2,500 mm
• Ram Area: 7,300 × 2,500 mm
The large bolster and ram areas provide excellent capability for large dies, transfer tooling, and complex progressive or multi-stage operations.
The press is equipped with a NORDA high-performance transfer system, designed to ensure precise, synchronized part handling at high production speeds.
Transfer Technical Data:
• Transfer Pitch: 0 – 1,250 mm
• Transfer Opening (min./max.): 700 – 2,740 mm
• Transfer Stroke: 0 – 350 mm
This transfer system supports flexible tooling layouts and ensures reliable part movement between stations, even for large or asymmetrical components.
The press line is complemented by a Millutensil coil processing line, enabling continuous and efficient material feeding directly into the press.
Coil Line Specifications:
• Material Thickness Range: 0.5 – 3.0 mm
• Maximum Material Width: 1,800 mm
• Decoiler Load Capacity: 20 tons
This coil line configuration allows the processing of a wide range of materials, including mild steel, high-strength steel, and advanced automotive grades, ensuring stable feeding and consistent production quality.
• Automotive body and structural components
• High-volume transfer stamping operations
• High-strength and advanced steel forming
• Reduced setup time and increased process control
• Enhanced forming flexibility through servo motion profiles