PRESS BRAKE MACHINE
Dener CNC Servo Electric Press Brakes are no-hydarulic, flexible, reliable and advance bending machines. A next generation machine idea that combines green-eco firendly machines productivity, accuracy, flexibility and reliability. The new concept offers low energy consuption, less maintenance, without hydarulic oil for operation.
Dener Electric Press Brakes come with an advance CNC controller, fast and accurate puncher and die clamping and a multi axis back gauge system. Making sheet metal bendings at lowest possible cost is very easy.
- %100 Pure electric power, with no oil.
- Up to %50 less energy consumption compared to a hydraulic press brake.
- Up to %35 faster compared to a hydraulic press brake.
- High efficiency and precision.
- High bending speed and less noise.
- Full bending length between side frames.
- Less maintenance cost.
- Eco friendly.
- Friendly user interface.
- Auto bending step calculation for STEP and DXF files.
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Standard Equipment
• Europen type sectioned punch holder
• Europen type sectioned die holder
• Esa 660 W 17″ 3D control unit
• 4 Axis – Y1, Y2, X, R
• Side and back safety gates
• Foot pedal with emergency stop button
• 380 V, 50-60 HZ, 3Ph Electrical system
• Electrical Cabinet Cooling System
Optional Equipment
• Delem DA 66T control unit.
• Delem DA 69T 3D control unit.
• ATF Tipi X1 X2 R1 R2 Z1 Z2 backguage.
• X1 X2 R Z1 Z2 backguage.
• X Prime backguage.
• Fiessler Akas 2 M(P) protection system.
• CE norm DSP laser front protection system.
• Manual or CNC crowning.
• CE norm Light curtain.
• Front sheet followers.
• Pneumatic tool holding system.
• Wila mechanic tool holding system.
• Wila hydraulic tool holding system.
Introduction to Press Brakes: A Versatile Tool for Metal Forming
A press brake is a manufacturing machine used to bend and shape sheet metal components. It is commonly used for processing and forming metal materials such as steel, aluminum, and stainless steel.
The operation of a press brake involves placing the sheet metal between two channels, and a press with high force applies pressure to bend the sheet metal. During this process, the sheet metal is positioned between the press and a die with the desired bending shape, and through the pressing force, it is bent into the desired shape.
Press brakes are used in various industries such as automotive manufacturing, construction, metal fabrication, and industrial component production. This machine has the capability to produce components with different shapes, and depending on the type of die and dimensions used, it can operate automatically or manually.
Using a press brake as a manufacturing process requires precision and high accuracy. Proper operation and maintenance of the machine can contribute to the precision and quality of the produced components.

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