PRODUCTION · LASER CUTTING

Laser cutting of sheet metal

We manufacture precision metal parts based on customer drawings and technical documentation — from individual trial units to series production.

3000 × 1500 working area, mm
± 0.5 accuracy, mm
14 mm carbon steel
Sheet metal laser cutting
CNC LASER CUTTING
LASER CUTTING

Metal laser cutting
tailored to your needs

We provide laser cutting services based on existing technical documentation, drawings and digital models. If necessary, we check the manufacturability of the part and propose an optimal solution before launching production.

⌁ 3000 × 1500 maximum working area
+ ± 0.5 mm cutting accuracy
◈ Materials Steel, stainless steel, aluminium
CNC Series production consistent repeatability
TECHNICAL CAPABILITIES

Processing
parameters

Basic production parameters for sheet metal laser cutting.

01
WORKING AREA 3000 × 1500mm
02
ACCURACY ± 0.5mm
03
MAX. THICKNESS 14 mm · carbon steel
MATERIALS

Laser cutting of steel and other metals

We select the processing technology according to the material grade, sheet thickness and requirements for the finished part.

01 Carbon steel
up to 14 mm
02Stainless steel
up to 8 mm
03 Aluminium
up to 6 mm
04 Galvanized steel
up to 6 mm
APPLICATIONS

What we can manufacture

Laser cutting enables the manufacture of parts with complex shapes and the preparation of components and semi-finished products for further processing.

01

Machine parts

Precision parts and components for industrial equipment.

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02

Housings and panels

Housing components, panels, covers and metal guards.

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03

Brackets

Mounting components, fastenings and structural parts.

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04

Perforated parts

Sheets and components with complex hole geometries.

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05

Blanks for bending

Precision flat blanks for subsequent CNC bending.

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06

Components

Metal parts for series assembly and finished products.

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PRODUCTION CYCLE

From a drawing
to a finished part

Laser cutting can be a standalone service or part of the full production cycle at PRITZ DEVELOPMENT.

01 RFQ We receive documentation
02 INSPECTION We check manufacturability
03 LASER We cut the sheet metal
04 BENDING Bending if required
05 WELDING Welding and assembly
06 DELIVERY Delivery to the customer
WHY PRITZ

Laser cutting as part of production

We are not limited to sheet metal cutting. If necessary, we can carry out the entire subsequent processing cycle and manufacture a finished product.

01

Working from documentation

Production according to customer drawings, specifications and requirements.

02

Prototypes and production runs

From individual parts and prototypes to regular series production.

03

Full cycle

Cutting, bending, welding, painting, assembly and packaging.

04

Delivery to the EU

Production and service for B2B customers in Poland and EU countries

PRITZ DEVELOPMENT · KATOWICE

Need laser cutting for your parts?

Send a drawing or technical documentation. We will check production feasibility and prepare a quote.

LASER
CNC CUTTING
DOCUMENTATION, TECHNOLOGY AND QUOTATION
How does a metal cutting laser work? The laser beam concentrates energy in a small area and cuts through the material along a programmed contour. Laser cutting of metal makes it possible to produce the outlines and holes specified in the design. Laser power and cutting speed are selected according to the sheet metal grade and thickness to achieve the required edge quality.
Materials and surface requirements If the design specifies structural steel, provide its grade. When the material is steel sheet or galvanized sheet, also specify the requirements for the surface and subsequent finishing. If you are ordering laser cutting of stainless steel, indicate the expected surface condition of the finished parts.
Technical drawing and cutting files The technical documentation should specify dimensions, dimensional tolerances and requirements for the finished part. In the cutting geometry file, a 1:1 scale and closed contours for the part outlines and holes are essential. It is advisable to remove duplicate lines and check that the geometry matches the drawing.
Sheet nesting optimization The sheet size and part geometry determine how parts can be arranged on the material. Sheet nesting optimization takes into account the number of pieces and the required process clearances, with the aim of minimizing waste. This allows the sheet metal to be used more efficiently.
Cutting accuracy and edge quality The required cutting accuracy and dimensional tolerances should be specified in the documentation. Process planning also takes into account the cutting kerf and expected edge quality. If the design requires deburring, indicate this in the enquiry so that the scope of processing after cutting can be agreed before production.
Price of laser-cut sheet metal The laser cutting quotation takes into account the sheet metal type and thickness, component geometry, cutting length, number of holes and production run size. The scope of additional operations, such as bending, welding or painting, also matters. Send the documentation, planned number of pieces and requirements for the finished parts so that we can prepare an individual quotation.