The fiber laser generates the beam inside an active optical fiber and delivers it to the cutting head through a fiber-optic cable. This creates a very small spot with extremely high energy density, resulting in exceptional precision and high metal cutting speed.

The machine is designed for processing carbon steel, stainless steel, aluminum, brass, and copper.

Unlike older gas lasers, fiber technology has no mirrors inside the resonator, which eliminates the need for mirror cleaning and calibration. The main consumable parts are the nozzles and protective lenses in the cutting head.

Higher power makes it possible to cut much thicker materials and significantly increases cutting speed for medium sheet thicknesses, which lowers the unit cost of each part.

Yes. Our machines are equipped with back-reflection protection systems, enabling safe cutting of aluminum or copper without the risk of damaging the laser source.

The standard working area is 1500 × 3000 millimeters, allowing the machine to process most sheet metal formats available from steel and metal suppliers.

We provide intuitive CAD/CAM software that enables fast file preparation and optimization of part layout on the sheet, including nesting.

Typically, oxygen is used for mild steel, while nitrogen is used for stainless steel and aluminum. Cutting with compressed air is also possible with the right configuration.

Yes. Each machine is integrated with an efficient extraction and filtration system to help keep the production hall clean.

The service life of diodes in fiber laser sources is estimated at approximately 100,000 operating hours.

These are high-rigidity hydraulic machines designed for precise sheet metal bending over long lengths, equipped with advanced CNC control.

This system eliminates the “banana” effect, meaning underbending in the middle of a long part, ensuring a perfectly straight angle along the entire bend length.

Yes. Despite its smaller size, it is a fully capable industrial machine that provides high repeatability when bending smaller components.

The fourth roll securely clamps the sheet and allows both ends to be pre-bent without removing the material, which is not possible in 3-roll systems.

Yes. These machines have a side-roll tilting function, enabling precise forming of conical components.

They represent recognized Turkish quality, featuring very heavy cast or welded construction and components from reputable global brands.

Yes. Thanks to precise hydraulic control and the correct tooling, these machines minimize the risk of profile deformation.

It means forming the radius at the very beginning of the sheet. As a result, after rolling and welding the pipe, the seam is almost invisible and the component is perfectly round.

We use graphical controllers that allow 2D or 3D simulation of the bending process, helping eliminate operator errors and tool collisions.

We use standard clamping systems, making it easy to select tooling for the customer’s specific requirements.

The machine is used for linear heating and bending of acrylic, polycarbonate, and other thermoplastic sheets.

Yes. The machine has an integrated water-cooling system that protects the worktop from overheating and allows long-term operation.

Depending on the configuration, the machine enables efficient processing of materials from 1 to 10 millimeters thick.

It is a precision mini lathe, ideal for tool rooms, prototyping workshops, and jobs requiring high accuracy on smaller workpieces.

Yes. The machine can cut metric and imperial threads thanks to interchangeable change gears.

Yes. We offer a comprehensive delivery, unloading, and commissioning service at the customer’s facility.

Our technicians conduct full on-site training covering interface operation, safe working procedures, and routine machine maintenance.

Yes. We maintain stock levels of the most important consumable parts and components to minimize any potential downtime for the customer.

Please contact us by phone or email. Our technical advisors will analyze your production needs and prepare an offer for the optimal solution.

Yes. Most of our modern CNC machines, including Fiber laser cutters and advanced press brakes, can be connected to a network. With the customer’s consent, our technicians can remotely connect to the machine control panel. This enables rapid diagnostics, assistance with cutting or bending parameter configuration, and software updates without waiting for an on-site service visit, significantly shortening response time.