Hydraulic press brake CORMAK CNC SERVO ELITE 160×4000 DA-58T

Main Features:

• Front supports : 2 pieces, ensuring stability during bending operations
• AUTOMATIC X axis   on servo motor!!!
• Y1, Y2 , R axes – AUTOMATIC on servo motor!!!  
• Automatic  adjustment of the deflection arrow
• Automatic deflection compensation
• front bracket on linear guides

Controls and Functionality:

• Generating programs with one click
• Advanced operator support based on algorithms
• Advanced, graphical simulation of bending sequences
• Included operator tips
• Algorithms that shorten the production process
• Automatic calculation of the deflection arrow (crowning)
• High-resolution TFT touch screen
• USB interface

Working Modes:

• Manual : full operator control
• Automatic single : ideal for repetitive operations
• Automatic Batch : Perfect for mass production using simple CNC

Safety and Quality:

• Branded Components : German Rexroth hydraulic valve, SCHNEIDER, DELTA, EATON electrics, and Omron and Schneider safety circuit components
• Steel Hydraulic Connections : made of steel pipes, which minimizes the risk of leaks and increases durability
• Safety System : includes side and rear metal barriers, safety switches and warning signs. The machine also has a CE certificate of conformity.
• The standard laser safety system from the Italian company DSP significantly speeds up the work 

Ergonomics and Additional Facilities:

• Mobile Controller and LED Lighting : increase work comfort and safety
• front supports on linear guides
• oil cooling system
• divided dies and punches
• quick tool clamps
• Additional Options : DSP laser safety system

Technical parameters

DSP laser security system

• DSP laser safety system, front supports on linear guides, quick tool clamps, oil cooling system and split upper and lower tools 

Automatic deflection compensation

Ensures the same bending angle is maintained along the entire bending length

OCS – Oil Cooling System

The SOil Cooling System guarantees the stability of the machine's operating parameters even after long, continuous use.

High quality components: 

•  Schneider/Delta/Eaton brand electrical system components

Delem Control Systems

Delem DA-58T

• Generating programs with one click
• Advanced operator support based on algorithms
• Advanced, graphical simulation of bending sequences
• Included operator tips
• Algorithms that shorten the production process
• Automatic calculation of the deflection arrow (crowning)
• High-resolution TFT touch screen

Delem DA-66T

• 2D graphic touch screen programming mode
• 17-inch high-resolution TFT color display
• Full Windows App Suite
• Delem Modusys Compatibility (Module Scalability and Adaptability)
• USB, peripheral interface
• user-assisted application management in a multitasking controller environment
• Sensor bending and correction interface Profile-TL offline software

In order for the effect of the step bending to be satisfactory, it is necessary to perform certain calculations, which, however, require knowledge of several of the most important parameters related to the bending process – these are:

• Arc length – the distance between the ends of the curve of the bent part of the sheet metal, counted on the inside of the bend;
• Number of bends – the number of individual bends that must be performed to obtain a bent sheet metal with a specified radius; the greater the number of bends, the smaller the angle of a single bend and, as a result, the smoother the arc;
• Distance between bends – the distance between individual bends made during the process.

Selecting a matrix and a punch 

Due to the final effect, the appropriate selection of press brake tools, i.e. the die and the punch, is also important.

Although the entire step bending process may seem quite complicated, the machines and software available from CORMAK are already so advanced that in many respects they completely replace the operator.

CORMAK press brakes continuously measure the bending process and can, for example, correct deviations during the process to achieve the most optimal effect.