Estonia, Kohtla-Järve 2026, Tandem CNC Press Brake System, 2×320t

Estonia, Kohtla-Järve 2026, Tandem CNC Press Brake System, 2×320t

Tandem CNC Press Brake System is a high-capacity bending solution designed for large-format and demanding sheet metal processing — now installed in Kohtla-Järve, Estonia, providing increased bending capacity, extended working length, and precise CNC-controlled production.

Key Features:

Tandem Configuration: Two CNC press brakes operate together as a synchronized system, allowing large workpieces to be processed with high precision and consistent bending performance.

2 × 3200 mm Working Length: Each machine provides a 3200 mm working length, creating a combined 6400 mm bending capacity for large-format components.

2 × 320 t Bending Force: Each press brake delivers 320 t of bending force, providing a combined capacity of 640 t for demanding sheet metal applications.

8 Working Axes: Multi-axis configuration enables precise positioning, flexible bending sequences, and accurate processing of complex components.

DELEM DA-69S CNC Control: Advanced CNC control provides intuitive programming, precise process management, and efficient operation of complex bending applications.

Synchronized Bending Operation: Both press brakes work in coordination as one system, ensuring stable positioning and consistent bending results across large workpieces.

Heavy-Duty Construction: The robust machine configuration is designed for demanding industrial production where high force, accuracy, and repeatability are essential.

Why Choose the Tandem CNC Press Brake System:

Large-Format Processing: Extended 6400 mm working length enables efficient bending of oversized sheet metal components.

High Bending Capacity: Combined 640 t bending force provides the power required for heavy-duty industrial applications.

Greater Production Flexibility: Eight working axes and tandem operation allow manufacturers to handle a wider range of components and bending tasks.

Precise CNC Control: DELEM DA-69S ensures accurate programming, positioning, and repeatable bending performance.

Industrial Reliability: A robust tandem configuration provides stable performance for demanding and continuous sheet metal production.