In which industries is laser cutting used?

From machine manufacturing to automotive, from signage to furniture, it is preferred across many fields. It is an ideal solution for producing complex geometries, especially in projects where precision is critical.

Which materials can be laser cut?

Metals such as steel, stainless steel, aluminium, brass and copper can be processed successfully, along with many different alloys. Different laser technologies are used depending on thickness and material type.

How precise is laser cutting?

With CNC supported production we cut to a precision approaching ±0.1 mm on sheet metal. Automated systems provide high repeatability in serial production, so every part comes out at the same quality and dimension.

Why is laser cutting preferred over conventional cutting methods?

Because it is a contactless process, the mechanical deformation seen in contact methods does not occur. It leaves almost no burr, works at high speed, handles complex shapes easily and allows a direct transition from design to production.

Can angled cuts be made with laser?

Yes. Our machine park includes systems with 3D heads capable of angled cutting, which makes cuts such as 45 degrees practical.

Can large format sheets be laser cut?

Yes. Our sheet laser systems work with 1500×3000 mm and 2500×6000 mm tables, so large format parts can be processed in a single piece.

Is there a minimum thickness limit in laser cutting?

Thin sheets can be cut with high precision; the practical limit depends on the material. Our technical team confirms the suitable range for your project from your drawing.

Is there burr in laser cutting, is a second operation needed?

Fiber laser leaves a clean cut surface with almost no burr, so in most jobs no separate deburring or grinding is needed. For thick materials and where a pre-paint surface is required, additional cleaning is applied on request.

How are laser cutting prices determined?

Pricing is based on factors such as material type, thickness, the complexity of the shape to be cut and the quantity. Send your technical details and we will give you a clear price.

Which pipe and profile sections do you work with?

Our pipe/profile laser systems can cut round pipe, box profile, rectangular tube and angled profiles. Rolled profiles such as UNP, INP and angle iron are also processed. We confirm the suitability of your section from your technical drawing.

Can I have a single part cut?

Yes. Because laser cutting requires no die, it is economical even for single part production. You can have a sample part cut and, once approved, move to serial production with the same settings.

Laser Cutting Service | High Precision Production

Laser cutting is a highly precise and modern cutting technology in which a CNC-controlled high-power laser beam is focused on the material, causing it to melt, vaporize or burn. Thanks to this method, even parts with complex geometry can be processed with minimum tolerance. Being a non-contact process ensures that geometric precision is maintained and deformation is prevented.

In addition, laser cutting increases production speed while reducing waste. Thanks to high efficiency, costs are reduced in both single-piece and mass production. Being able to fully integrate this process into automation minimizes the risk of blur and allows the cut to be made with the same quality every time.

Depota Raf Laser Cutting Services

The laser cutting service offered by Depota Raf offers a wide product portfolio that appeals to different sectors by working on various raw materials such as metal, sheet metal, pipe and profile. In Ankara-based facilities, sheet metal laser machines up to 12kW and high-precision pipe/profile laser systems are used; This ensures that every job is completed in the most efficient way.

Our company offers a fully digital flow from design to order by integrating all cutting processes with CAD/CAM. Thus, DXF, DWG files created in AutoCAD or similar programs are directly transferred to production. While the workflow is accelerated thanks to automatic loading/unloading systems, errors and waiting times are minimized.

Which Materials Can Laser Cutting Be Applied To?

Depota Raf laser system can work on various metals such as black steel sheet, stainless steel, aluminum, copper, brass. Sheet metal laser systems can cut up to 35 mm in black and stainless sheet metal and up to 20 mm in aluminum. Pipe/profile laser systems have a processing capacity of up to 273 mm in diameter.

In addition, rolled profiles such as NPU, NPI and angle iron can be cut. Different sections such as box profiles, rectangular pipes, angle profiles are also successfully processed. This variety offers a wide range of solutions in both construction and industrial applications.

Advantages of Our Laser Cutting Technology

One of the biggest advantages of laser cutting is that the mechanical deformations encountered in contact methods are not experienced. Almost zero burr is left, thermal effects on the material are minimal. This eliminates extra cleaning or correction processes after production.

In addition, laser cutting works at high speed, easily processes complex shapes and allows direct transition from design to production. The cost per part decreases, and waste is reduced. The machine park used in depotaraf facilities; Nilco, Bystronic, fiber and CO₂ technology systems, and has 3D head angle cutting capability; Angle cuts such as 45 degrees become practical.

Technical Specifications

Sheet metal laser systems in Depota Raf facilities work with 1500×3000 mm and 2500×6000 mm tables; the power level goes up to 12 kW. There is a 35 mm cutting capacity in black and stainless steel sheets and 20 mm in aluminum. Pipe laser cutting machines can process up to 273 mm diameter with power options from 4 kW to 12 kW.

The machine park includes CO₂, fiber and 3D head laser systems; it is equipped with optimized configurations for many different material thicknesses and forms. Thanks to automatic loading/unloading systems, process efficiency increases and production safety increases.

Production Capacity and Tolerance Ranges

Depota Raf can perform cutting with up to ±0.1 mm precision with CNC-supported production. Minimum precision starting from 0.1 mm in sheets, maximum cutting thickness reaches up to 35 mm depending on the material. In pipes/profiles, cutting is done up to 273 mm with ±0.2 mm accuracy.

Thanks to automated systems, high repeatability is ensured in mass production; each piece comes out with the same quality and size. Measurement accuracy is controlled with the ISO 9001 supported quality system.

Our Quality Standards

Our quality control process consists of comprehensive inspections from the first material input to the delivery of the final part. The ISO 9001 certified system infrastructure is supported by documentation and periodic tests. Measurement and control processes are performed using calibrated devices.

In addition, laser cutting post-burr control, surface roughness and geometric accuracy are supported by documents. Customer-specific reports are provided and each batch is quality approved before delivery.

Get a Quote for Laser Cutting Service

You can fill out the form on our website to get a free quote or reach us directly at +90 (312) 815 24 44. Our technical team provides a detailed and competitive price quote after receiving design details, material type, dimensions and quantity.

The quote process usually takes place within 24 hoursis completed in time, production planning is done with fast communication. Depota Raf focuses on customer satisfaction, adheres to clear delivery dates and provides just-in-time production.

Laser Cutting