Dener CNC fiber laser

CNC Fiber laser DENER

DENER MAKINA was establíshed in 1974 n Kayserí/ TURKEY and ít has been manufacturíng sheet metal workíng machínes like CNC Press Brakes, NC, and CNC Hydraulíc Shears, CNC Plasma Cuttíng machines , CNC Foldíng, and Corner Nothcers.
Dener Makína s production facílítíes are located ín the lndustrial and Freezone Area ín Kayseri. Sínce ít s begínníng, DENER has had the philosophy of productíon wíth the best quality and hígh technology. We crown this wíth the us of  the 150 9001 Qualíty Management System and following European Safety Standards. DenerMakína is a leading Turkísh Brand ín Sheet Metal Workíng Machínery. We have qualífíed workmanshíp and a complete machinery manufacturíng facílíty ín our m2 closed area. Today Dener machínes are workíng all over the world.
DENER MAKINA was established in 1974 n Kayseri/ TURKEY and ŕt has been manufacturing sheet metal working machines like CNC Press Brakes, NC, and CNC Hydraulic Shears, CNC Plasma Cutting machines , CNC Folding, and Corner Nothcers.
DenerMakina s production facilities aгé located fn the lndustrŕal and Freezone Area in Kayserŕ. Sŕnce ŕt s begínning, DENER has had the philosophy of productŕon wŕth the best quality and hŕgh technology. We crown łhis with the us of the IS0 9001 
Quality Management System and following Eúropean Safety Standards. DenerMakina is a léadŕng Turkish Brand in Sheet Metal Working .Machinery.

We have qualified workmanship and a complete machinery manufacturing facility in our 2,000 m² closed area. Today, Dener machines are working all over the world.

DENER CNC FIBER LASER

DESIGN | TASARIM

EQUIPMENT | DONANIM
DATA | TEKNIK VERİLER
EFFICIENCY | VERİMLİLİK
TECHNOLOGIES | TEKNOLOJİLER
EASE OF USE | KULLANIM KOLAYLIĞI
SAFETY | GÜVENLİK
MAINTENANCE AND SERVICE | BAKIM VE SERVİS

A DIFFERENT AND NEW APPROACH TO LASER CUTTING MACHINES

By changing the Y bridge on the X bridge built on top, a design different from conventional laser designs was applied. This design allows the Y bridge, with the laser head attached, to be lighter and work dynamically with high acceleration. Therefore, the need for the Y bridge to work with double motors driven from the sides was eliminated, and with the large X axis motor placed in the middle of the Y bridge, the X axis movement can be performed with a single servo motor.

ECO-FRIENDLY

EFFICIENCY AND ADVANTAGE OF ENERGY CONSUMPTION
Again, thanks to the advantages of the design, especially with the biggest servo motor on the X axis, the small Y axis mass, and the movement of the X axis performed with a single motor, friction and reducer losses have been reduced, leading to approximately 35% lower energy consumption.

SHORT INSTALLATION DURATION AND ADVANTAGE TO CARRY IN A SINGLE CONTAINER

Installation and implementation duration is very short and allows saving time, as the electric board, laser unit, pneumatic board, and all connections on the main unit have a connector structure. Also, thanks to this new approach, the machine's width in the Y axis direction can be considerably narrowed, and all laser equipment, including the palette exchange unit, can be carried in a single rig container.

ADVANTAGE OF SMALL PLACEMENT AREA

Thanks to the advantages of the design, the width of the machine was considerably narrowed. The palette exchange unit being placed near the machine and the panel and laser units being placed on the machine allowed the machine to fit into a smaller placement area compared to conventional machines, saving space in businesses.

SERVICE AND MAINTENANCE ADVANTAGE

Thanks to the wide doors on both sides of the machine, there is no place in the machine that is difficult to reach. Therefore, service and maintenance procedures can be easily performed. The automatic oiling system takes over the oiling procedure required in rack and linear rail systems from the operator and automatically performs it according to the axis movement distance.

FIBER LASER TECHNOLOGY

DENER CNC Fiber Laser

This text appears to describe a detailed overview of a CNC Fiber Laser machine, specifically one produced by Dener Makina, including its features, specifications, and components. Here’s a breakdown of some of the key elements discussed in the document:

Precitec Laser Head: The machine uses a Precitec laser head, known for its high-quality fiber laser cutting performance. It includes a height adjustment box, a motorized lens cartridge for autofocus, and a monitored protective window cartridge, all made in Germany.

1PG Laser Resonator and Cooling: The laser head is paired with a 1PG resonator, also of high quality, and cooling systems produced in-house by 1PG.

Machine Body: The body of the machine features a welded construction, stress-relieved post-welding, and is manufactured in Turkey.

CNC Controller and Motors: The machine uses a Mitsubishi CNC controller, which is one of the fastest in the industry, paired with low-inertia HF-KP series servo motors that enhance precision and speed.

Cable Chains: The machine is equipped with high-speed cable chains from IGUS, which protect the fiber cable with a rolling radius of at least 200 mm.

Pallet Loading System: The machine supports fast loading and unloading of materials using a rack and pinion transfer system, with a one-way time of under 10 seconds and a total pallet change time of under 30 seconds.

Conveyor System: A motorized conveyor is included to collect small parts that spill underneath the machine during the cutting operation, which are then poured into a drawer. This also helps prevent the accumulation of metal powders.

Transfer System and Gas Pneumatic System: The machine integrates Rexroth linear guides and ball screws for motion control. It also features a Hoerbiger laser gas regulator and Festo pneumatic components for efficient operation.

CAD/CAM Software: The machine utilizes software for CNC laser control, drawing, nesting, and G-code generation. It also includes a six-cell vacuum system for effective part handling and energy savings.

Oil System: The system includes automatic oiling for linear guides, carriers, and rack and pinions, ensuring smooth movement and longevity of components.

Energy Efficiency: The machine is designed to be energy-efficient, with up to 35% reduced energy consumption thanks to its design. It uses LED lighting for lower power usage and longer life.

Cutting Technology: Several advanced cutting features are highlighted, such as corner burn prevention, the ability to detect and adjust cutting paths (frog jump), and multi-language support for easy operation across regions.

Remote Connection: The machine can be connected to the internet for remote diagnostics, software updates, and troubleshooting, reducing downtime and facilitating quick fixes without physical intervention.

Stocked Spare Parts and Service: Spare parts are stocked for quick delivery, and the company’s location in Turkey provides an advantage for both domestic and international service.

Vacuum Lifting Crane (Optional): An optional vacuum lifting crane makes it easier for a single operator to handle heavy sheets for cutting.

This laser machine is designed for high-performance, high-precision cutting applications, ideal for industries requiring efficient, automated systems that can handle large volumes of work with minimal downtime.