Kolmekäiguline elektromehaaniline valtsimismasin

CORMAK ESR-1300/6,5

Electromechanical Plate Rolling Machine ESR-1300 × 6.5 mm with Asymmetric Rolls

The ESR-1300 × 6.5 mm electromechanical plate rolling machine with asymmetric rolls is designed for producing cylindrical and conical shells with various diameters. The machine is intended for bending metal sheets with a maximum thickness of 6.5 mm and a working width of up to 1300 mm. The upper roll diameter is 150 mm.

Three-roll bending machines from this series are among the most popular solutions due to their relatively simple yet highly functional construction, providing reliable operation and versatility in metal fabrication applications.

Main Advantages
Asymmetric roll arrangement enabling easier sheet insertion and efficient bending.
Lower and upper rolls driven by an electric motor through a gear system and chain transmission.
Upper roll rotation in both directions with a tilting and opening mechanism for easy removal of finished workpieces.
Manually adjustable lower and side rolls for precise setting of the bending parameters.
Cone bending capability for producing tapered elements.
Foot pedal control unit with an emergency stop button for safe and convenient operation.
Construction and Technology

The chain drive transfers rotation from the electric motor to the rolls, ensuring reliable power transmission and smooth operation. The upper roll is equipped with a hinged opening mechanism, allowing quick and easy removal of completed cylindrical or conical parts.

The folding upper roll is fitted with a locking system that prevents accidental opening during operation, improving operator safety and machine reliability.

Technical Specifications
Parameter Value
Model ESR 1300 × 6.5 mm
Maximum working width 1300 mm
Dwjdpfx Aerh E Hwjcksc
Roll diameter 150 mm
Maximum material thickness 6.5 mm
Motor power 3.0 kW
Dimensions (L × W × H) 1810 × 640 × 1050 mm
Weight Approx. 770 kg (±2%)
Standard Equipment
Foot pedal control unit
User manual
CE Declaration of Conformity