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RomaniaEach independent drive roller is directly connected to a hydraulic motor
The hydraulic motors can directly drive the plate, avoiding power loss
The pressure cylinder is integrated into the machine bed
This solves the problem of piston rod strain caused by oxide scale accumulation on the workpiece during rolling
A cone-shaped reduction device is installed on the openable/closeable bearing seat of the upper and lower work rolls
This reinforces the cone-rolling capability of the CNC plate rolling machine
The unique hydraulic system design and pressure detection
Combined with the electronic control system
Allows the equipment to unload smoothly under high pressure
Avoids bouncing of the workpiece and "water hammer" impact on the hydraulic pipeline
The hydraulic system status, working pressure of each cylinder, motor states, and displacement sensor data
Are all displayed on the control panel in the form of instrument readouts
Upper Roller Drive:
The upper roller is the main driving roller
The main drive is a hydraulic motor coupled with a planetary gearbox
Forward and reverse rotation of the motor enables forward and backward movement of the plate
Anti-Slip Measures:
The machine has measures to prevent the steel plate from slipping
Roller Braking:
Each motor is equipped with an instant brake
This allows the rollers to accurately stop rotating in the bending position
Ensures precise positioning of the plate end
Prevents the plate from slipping off the machine
Minimizes remaining straight edges
Lower & Side Roller Lifting:
The lower and side rollers are driven by hydraulic cylinders
Can lift quickly when unloaded, and slowly when loaded
Providing efficient and energy-saving operation
