OverviewThe DSF-NE2 is a 2-point direct servo straight-side press that pairs a high-rigidity monobloc frame with the freely programmable servo motion of AIDA DSF® (Direct Servo Former). Equipped with AIDA’s low‑RPM, high‑torque servo motor and FEM‑verified frame components, the series limits deflection under load to below 0.1 mm/m. A zero‑clearance roller guide (no lubrication required) guides the slide at the front‑to‑back centre, extending die life and ensuring accurate slide motion.
PerformanceDesigned for low-noise, low-vibration multi-length forming, the DSF-NE2 series supports flexible applications and simplified maintenance while achieving high production rates — capable of up to 120 strokes per minute depending on model and tooling.
Key features- Low‑speed, high‑torque AC servo motor optimized for press applications
- Direct‑drive mechanism: motor shaft → drive pinion → main gear for high‑precision forming
- Highly rigid monobloc frame, symmetrical front‑to‑back to reduce deflection
- Zero‑clearance roller guide at slide front‑to‑back centre; lubrication not required
Main specificationsModel: DSF-NE2-2500 | DSF-NE2-4000 | DSF-NE2-6300
Capacity (kN): 2500 | 4000 | 6300
Slide Stroke [Single Reduction] (mm): 250 | 300 / 300 | 400 / 400
Slide and Bolster Length (mm): 2400 | 2500 / 3050 | 3050 / 3650
Slide and Bolster Width (mm): 1200 | 1400 / 1500 | 1500 / 1500
Side Window Opening (mm): 1250 | 1250 / 1250 | 1400 / 1400
Shut Height (mm): 650 | 750 / 750 | 1000 / 1000
Slide Adjustment (mm): 130 | 250 / 250 | 300 / 300
Press Speed in Pendulum Mode (min⁻¹): 140 | 118 / 118 | 104 / 104
Technical specifications- Series: DSF-NE2 Series (AIDA DSF® Direct Servo Former technology)
- Press type: 2‑point direct servo straight‑side press
- Drive: low‑RPM, high‑torque AC servo motor with direct‑drive transmission
- Frame: monobloc design, FEM‑verified to limit deflection < 0.1 mm/m
- Guide: zero‑clearance roller guide, front‑to‑back centre guidance, no lubrication required
- Application focus: multi‑length forming, low noise/vibration, extended die life, optimized manufacturing and maintenance