Laser Cutting
Sheet Metal

Fiber laser cutting of metals with ±0.1mm accuracy. Sheets up to 4000×2000mm, tubes & profiles, in steel, stainless and aluminium, with cutting thickness up to 40mm.

3Fiber Laser Machines
40mmMax Cutting Thickness
20KWBeam Power
±0.1mmCutting Accuracy

Metal Cutting
with Fiber Laser

Laser cutting of sheet metal is the foundation of every modern metal fabrication. At Axinar we exclusively use fiber laser technology, which ensures minimal thermal distortion, a clean cutting edge and maximum repeatability, even across large production runs.

With three laser machines (two 3KW and one 20KW) we cover the full range of requirements: from thin sheets of 0.5mm up to 40mm steel plate. The ability to cut sheets up to 4000×2000mm means fewer joints, fewer risks and faster production.

We cut steel, stainless steel (inox), aluminium, galvanised sheet as well as copper and brass. In addition to flat sheet, we handle tube and profile laser cutting, providing complete fabrication solutions with no need for outsourcing.

Zero Material Waste

Optimised nesting with advanced software, maximum material utilisation, minimum cost per part.

From Prototype to Series

One part or thousands, the same accuracy, the same quality. No tooling or moulding costs.

Complete Processing

Cutting, bending, welding, coating, all in-house. One point of contact, one timeline, zero delays.

Laser Cutting Machines

Fiber Laser
GLORYSTAR Laser 20KW
High-Power Fiber Laser
Power20,000W
Max Sheet4000 × 1500mm
Max Steel Thickness40mm
Accuracy±0.1mm

Fiber Laser
GLORYSTAR Laser 3KW
Fiber Laser, Flat Sheet
Power3,000W
Max Sheet3000 × 1500mm
ApplicationsFlat sheet
Accuracy±0.1mm

Fiber Laser
GWEIKE Laser 3KW
Fiber Laser, Flat Sheet
Power3,000W
Max Sheet3000 × 1500mm
ApplicationsFlat sheet
Accuracy±0.1mm

What We Cut

Why Laser Cutting

Speed

Cutting speeds of up to 150m/min on thin sheet. Short lead times even for large quantities.

Accuracy ±0.1mm

The fiber laser beam ensures a narrow kerf and minimal tolerance, ideal for parts requiring precise fit-up.

Minimal Thermal Distortion

The focused laser beam limits the Heat Affected Zone (HAZ), preserving the mechanical properties of the material.

Complex Geometries

Cutting of intricate designs, small holes and fine details, with no tooling or moulding costs.

Nesting & Optimisation

Automatic part placement on the sheet for maximum material utilisation. Less waste, lower cost.

Flat Sheet & Tubes

Cutting of both flat sheets and tubes & profiles. One point of contact for every need.

Request a
Cutting Quote

Send us drawings or photos and we will get back to you within 24 hours with a detailed quote. We accept DXF, DWG, STEP, PDF files or even a hand-drawn sketch.

Accepted File Formats

DXFDWGSTEPIGESPDFJPG/PNG

What We Need

Drawing or sketch, material, thickness, quantity. If you are unsure, we will guide you.

Contact

Email: sales@axinar.com
Tel: (+30) 2310 808 159

FAQ

What is the maximum cutting thickness with laser?With the 20KW machine we cut steel up to 40mm, stainless steel up to 30mm and aluminium up to 25mm. The 3KW machines cut steel up to 20mm, stainless up to 12mm and aluminium up to 8mm.
What file formats do you accept for laser cutting?We accept DXF, DWG, STEP, IGES and PDF. If you don’t have a technical drawing, send us a sketch or photo and we will handle the design.
Do you also cut tubes and profiles with laser?Yes, in addition to flat sheet we cut tubes, hollow sections and profiles with laser. This allows us to produce complete parts without any outsourcing.
What is the minimum lead time?For straightforward cutting jobs we can deliver within 2–3 working days. For more complex projects with additional processes, lead time depends on the scope of work.
Do you handle further processing after cutting?Absolutely. Laser cutting is just the beginning. At Axinar we offer press brake bending, roll bending, CNC machining, MIG/TIG & laser welding, galvanizing and powder coating, all in-house.

Our Other
Processing Services

Cutting
Laser Cutting
Profile Cutting
Forming
Press Brake
Roll Bending
Machining
CNC Milling
CNC Turning
Deburring
Joining
MIG / TIG Welding
Laser Welding
Secondary Operations
Surface
Powder Coating
Galvanizing
R&D
Design & R&D