The presented configuration represents the most popular choice among customers – a proven and efficient solution for serial production
Main Features:
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Front supports: 2 pcs on linear guides, ensuring stability during bending operations
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Y1, Y2 axis control: servo drive with encoders
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Back gauge adjustment (X-axis): servo drive with encoders
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R-axis adjustment: servo drive with encoders
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Automatic crowning adjustment
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Double-sided punch clamping: quick-release AMADA-type system for fast tool changeovers
Available configurations are customised to production needs and type of processed parts – the specification of each machine is defined individually according to application and technological requirements.
Technical parameters
| Max. sheet thickness (S235) |
up to 4.0 mm |
| Nominal pressure |
800 kN |
| Maximum bending length |
2500 mm |
| Throat depth |
250 mm |
| Maximum beam stroke |
120 mm |
| Maximum open height |
385 mm |
| Distance between uprights |
2000 mm |
| Back gauge travel |
600 mm |
| Main motor power |
5.5 kW |
| Length |
2600 mm |
| Width |
1450 mm |
| Height |
2300 mm |
| Weight |
4800 kg |

DSP laser safety system
- DSP laser safety system, front supports on linear guides, quick tool clamps, oil cooling system and divided upper and lower tools
Automatic adjustment of back gauge travel (X-axis) and R-axis (manual option*). The R-axis facilitates bending of larger radii, e.g. step bending system.


Optional finger adjustment in Z1, Z2, R1, R2, X1, X2 axes using servomotors.

To achieve a satisfactory result in step bending, certain calculations are necessary, which require knowledge of several key parameters related to the bending process:
- Arc length – the distance between the ends of the curve of the bent sheet, measured along the inner side of the bend;
- Number of bends – the number of single bends required to obtain the desired radius; the greater the number of bends, the smaller the angle of each bend and the smoother the curve;
- Distance between bends – the distance between individual bends made during the process.
Although the entire step bending process may seem complex, CORMAK machines and software are advanced enough to automate many operations, relieving the operator of most tasks.
Automatic deflection crowning compensation
Ensures a consistent bending angle across the full bending length – (option*)
Manual deflection crowning compensation (option*)
Ensures a consistent bending angle across the full bending length – (option*)

High-quality components:
- Electrical components by Schneider / Delta / Eaton


Control and Functionality:

DELEM DA-58T
- Equipped with a 10-inch touchscreen, installed on a movable arm, allowing full freedom of operation across the entire workspace
- Programmability: capacity to store up to 2000 programs with 30 steps each, ensuring flexibility for various production tasks
- Ergonomic operation: intuitive interface with English shortcuts for quick adaptation and ease of use
Optional controllers available: DELEM DA-53T+2D, DA-66T, DA-69T or CYBELEC 12
DA-53T+2D
Display
- 10.1" TFT LCD touchscreen
- Colour display
External software
- Offline Profile-53TL workstation licence (bending sequence creation on PC)
System
- Windows operating system
- 200 MHz processor
- 1GB internal memory
- Collision-prevention logic for all working axes
Functions
- Die and punch library (30 punches & 60 dies) – graphical and descriptive database
- Program library with graphic preview and product cataloguing
- Material database (user-defined materials supported)
- Creation of part drawing directly on display (2D)
- Automatic program generation based on product drawing (2D)
- Real-time 2D bending simulation
- 2D step-by-step bending simulation with collision preview
- Automatic calculation of beam stroke, bending force and back gauge position
- USB port for data backup
DA-58T
Display
- 15" TFT LCD touchscreen
- Colour display
External software
- Offline Profile-53TL workstation licence (bending sequence creation on PC)
System
- Windows operating system
- 200 MHz processor
- 4MB RAM
- Maximum number of programs: 9999 (25 steps max)
- Step repeat count: up to 99
- Collision-prevention logic for working axes
Functions
- Graphical and descriptive die and punch library (30 punches & 60 dies)
- Program library with graphic preview and cataloguing
- Material database (add custom materials)
- 2D drawing and bending sequence simulation
- Automatic stroke and bending force calculation
- Automatic radius and material allowance calculation
- Manual and automatic operation modes
- USB backup support
DA-66T
Display
- 17” TFT LCD touchscreen
- Colour display
External software
- LITE T2D workstation licence (bending sequence creation on PC)
Functions
- 2D part drawing and program creation
- Automatic calculation of stroke, force and back gauge position
- 3D process visualisation and step-by-step simulation
- Automatic finger positioning behind selected punch or die segments
- Collision and overload warnings
- Manual control of each axis
- Material and tool databases
- USB backup
DA-69T
Display
- 17” TFT LCD touchscreen
- Colour display
External software
- LITE T3D workstation licence (3D bending sequence creation on PC)
Functions
- DXF file import
- 3D import (IGES & SAT) from LITE T3D software
- 3D part drawing and automatic program generation
- Automatic calculation of beam stroke and bending force
- 3D real-time bending simulation with collision detection
CYBELEC 12
Display
- 12” TFT LCD touchscreen
- Colour display
Functions
- User-friendly HMI interface
- 2D profile drawing and 3D visualisation
- Automatic bending sequence generation
- Precision bending through advanced algorithms
- Tandem function
- Tool import
- Supports angle measurement and barcode reader
- Industry 4.0 ready
The machine combines advanced technology with ease of operation, making it an ideal choice for both precise manual tasks and efficient serial production. High-quality components and safety systems ensure reliability and operator protection.
Safety
Laser safety system
Standard equipment includes a top-class laser safety system that protects the operator and doubles the bending process speed.

We do not compromise on safety! Top-quality hydraulic connections and safety valves are designed in Poland.


CE-compliant safety guards

Ergonomics and Additional Features:
- Mobile controller on adjustable arm
- LED lighting: enhances comfort and safety
- Front supports on linear guides
- Follow-up supports (option*)




Servo-driven follow-up supports allow bending of large sheets — during bending, the supports lift the sheet at an angle, maintaining the set bend radius and preventing deformation.
Each press brake is equipped with a full range of modern safety systems, including clear markings, side and rear protective guards, and easily accessible emergency switches.
Every machine is supplied with complete CE documentation and an English-language manual.

Oil Cooling System (SCO)
Standard equipment includes a cooling system that guarantees stable machine operation even during long-term continuous use.
Tool clamping system:
- Standard configuration includes divided multi-groove four-sided dies and segmented punches
- Manual AMADA-type clamping system (European standard) for fast tool replacement
- Punches are side-mounted and secured with screws
Die and punch selection
For optimal results, the proper choice of tools is crucial — both die and punch must match the intended bending parameters. CORMAK press brakes continuously measure bending force and can automatically adjust to achieve precise results.

Depending on press force, segmented punches and dies may vary in length.



Included in machine price
Training and Machine Commissioning
It is possible to arrange professional training and machine commissioning carried out by a Cormak technician — this service is priced individually.
Contact our advisor to get more information.
Contact us
*The price quoted is for the machine itself, excluding optional/additional equipment, installation, transport and training — please contact our consultant for more details.
2024-01-18
Profesjonalna maszyna
Dzięki większej liczbie obsługiwanych osi mamy o wiele większe możliwości w zakresie precyzyjnego formowania.