Dener PUMA XL CNC press brakes 1

About Us
DENER MAKINA was established in 1974 n Kayseri/ TURKEY and it has been manufacturing sheet metal working machínes like CNC Press Brakes, NC, and CNC Hydraulic shears, CNC Plasma Cutting machines , CNC Folding, and Corner Nothcers.
DenerMakina s production facilities are located in the lndustrial and Freezone Area in Kayseri. Since it s begínníng, DENER has had the phílosophy of production with the best quality and his;h technology. We crown this with the us of the 150 9001 Quality Management System and fotlowing European Safety Standards.
Dener Makina is a leading Turkish Brand in Sheet Metal Working Machinery. We have qualified workmanship and a complete machinery manufacturing facility in our m2 closed area. Today Dener machines are working all over the world.
DENER

DENER PUMA XL CNC Press Brakes are born with the goal to be flexible, reliable, and advanced bending machines; Dener utilizes the most stringent manufacturing technologies during production to manufacture the highest quality machines. Based on proven design,Denerhas increased working speeds, stroke, daylight, and pressing
capacities of Puma XL machínes. 
DENER PUMA XL is a synchronized hydraulic press brake with a 2DGrahical
CNC controller and offers simple operation, quick and easy 2D or numerical part programming easy setup of the machine, and auto catculation of the bend sequence. 2D offline programming feature with S 560 PC Controller gives the possibility to end users to complete bending program on an Office PC and transfer to machine by LAN or USB. These functions make Dener PUMA XL CNC Hydraulic Press Brakes very popular
in sheet metal industries. 
Some optiona equipment was used on the machine photo. 3
 560 PC CNC Controller features:
- 2D grophicol touch screen
- programming mode
 - 3D visualization in simulatíon and
- productíon.
Bending correction databose
19 high resolution color TFT
Windows XP Pro
Hand wheel for axis movement
2 pcs USB port 2 pcs ethernet port
Touch screen Yes
External VGA output ETs real-time, 
Hard Dísk Herd Disk > 128 MBytes 
Work pieces, tools, machine fmme 31 anlmation Yes
Work pieces 2D graphic 

Automatic Identification and Bending Sequences:

2D Automatic Identification: Likely refers to the automatic determination of the best bending sequence for a given workpiece, improving production efficiency and accuracy.

Crowning Management: Adjusting the bending process to compensate for the deflection of the machine's ram, which ensures that the final part is bent correctly. This feature also includes a graphical interface for easier programming and management.

Hydraulic Die Clamping System:

The hydraulic clamping system is controlled via a single button to release and clamp dies. The machine supports precision adjustments, and each die segment can be clamped precisely, allowing for maximum flexibility.

Machine Parameters and Compatibility:

Compatibility with various workpiece programs and tools, ensuring the machine can process different parts using a wide range of parameters and tools. This includes compatibility with USB, LAN, and Ethernet connections for easy data transfer.

Graphical CNC Control:

ESA 530 2D CNC Controller: This controller is mentioned with the ability to manage 2D programming, graphical representation of the bending process, and automatic bend sequence calculation. The controller allows easy customization of tool programs, bending angles, and tonnage settings.

Graphical Off-Line Programming: The system allows for offline programming, which means that the user can create and test bending programs without interrupting machine production, ensuring optimal productivity.

Laser Safety Features:

Laser-optical Safety Light Grid: This technology helps prevent operator injury by ensuring that the machine only operates when safe conditions are met. This is especially important when handling large or complex parts.

Laser Transmitter and Receiver: These devices help in detecting the position of workpieces during the bending process to ensure precise bending.

Back Gauge and Bending Tools:

6-Axis Back Gauge: This system supports multi-axis movement, providing enhanced flexibility for complex bending operations.

Tool Segments: Tool changes are facilitated through the machine’s system, allowing quick adjustments to suit different bending requirements.

Software Features:

Graphical Programming: The 2D graphical interface aids in designing and programming the bending process, making it easier for operators to visualize and adjust the bending sequence.

Automatic Calculation: The software can automatically calculate the positions of bending axes, the bending angle, and tonnage required for the process.

Operator Assistance:

Interactive 3D Graphical Editor for Crowning: This tool helps users visualize the crowning effect, which compensates for the machine's deflection during bending.

Intuitive Control: With features like an additional QWERTY keyboard, the system aims to improve user interaction and make programming more accessible.

Key Benefits:

Efficiency: Automated features like bend sequence identification and off-line programming significantly reduce setup time and improve production speed.

Safety: Laser-optical safety grids and clamping systems enhance operator safety during bending operations.

Flexibility: The ability to manage multiple workpiece programs, tools, and machine parameters makes the system highly adaptable to different tasks.

Precision: Features like crowning adjustments and automatic calculation of bending parameters ensure high-quality results.

Machine and Software Compatibility:

Workpiece Programs and Tools: These can be stored on USB memory sticks for easy data transfer between machines and external computers.

Machine Parameters: The machine offers full compatibility with various parameters, ensuring it can be integrated into diverse production environments.

This CNC bending machine is equipped with advanced features designed to optimize bending processes, improve safety, and streamline production. With support for flexible tool setups, machine parameters, and automatic identification of optimal bending sequences, it ensures high efficiency and precision in sheet metal processing. The graphical user interfaces (2D and 3D) further enhance the ease of operation for both programming and monitoring the bending process.