Laser Cutting of Metal Sheets
Fast. Reliable. Energy-efficient.
The Prima Power Platino Linear 1530 laser cutting machine, with a working area of 3000 × 1500 mm, represents a modern technological solution for efficient and environmentally friendly sheet metal laser cutting. Equipped with an 8 kW laser source, it enables the processing of material thicknesses from 0.8 to 25 mm while ensuring high cutting accuracy within a tolerance range of ±0.1 mm.
Advanced technology allows quick lens changes in the laser cutting head, reducing setup times and increasing production flexibility. The machine software supports automatic nesting and the precise production of complex geometric shapes. This operating principle ensures high repeatability, consistent cut quality and optimal material utilization, which are essential for achieving dimensionally accurate and consistent results in laser cutting of metal sheets.
The sheet metal laser cutting system is additionally equipped with an automatic tower storage system featuring ten loading and unloading stations. This setup enables continuous laser operation even without the constant presence of an operator, contributing to higher productivity and shorter lead times.
The Prima Power Platino Linear 1530 flatbed laser is based on modern fibre laser technology, ensuring efficient beam delivery to the cutting head and high overall energy efficiency. Compared to conventional laser systems, it consumes less electrical energy, resulting in more efficient and cost-effective operation.
Advantages of Sheet Metal Laser Cutting
- Advanced Technology: The Prima Power Platino Linear 1530 flatbed laser represents a modern solution for laser cutting of metal sheets.
- Automated Operation: The tower storage system enables continuous laser operation without the constant presence of an operator.
- High Precision:: Cutting thicknesses from 0.8 to 25 mm with accuracy up to ±0.1 mm – in a 3000 × 1500 mm format.
- Wide Range of Materials: Laser cutting of steel, aluminium, copper, brass and other non-ferrous metals in various thicknesses.
- Continuous Processing Flow: Direct transition between processing stages reduces downtime and shortens production time.
- Efficient Material Utilisation: Software-supported nesting reduces scrap and improves sheet utilisation.
- Lower Production Costs: Optimised workflow and reduced material waste contribute to lower manufacturing costs.
- Energy Efficiency: Compared to conventional sheet metal laser cutting systems, the machine consumes less electrical energy.
Insights into Sheet Metal Laser Cutting
Video Gallery
Prima Power Platino Linear 1530
A powerful flatbed laser for cutting metal sheets, combining speed, precision and high flexibility when processing different material thicknesses.
Image Gallery
Frequently Asked Questions
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Which machine do you use for sheet metal laser cutting?We use the Prima Power Platino Linear 1530 flatbed laser with a working area of 3000 × 1500 mm and a power output of 8 kW. The machine enables highly precise laser cutting of metal sheets across various material thicknesses.
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What sheet thicknesses can you cut?We cut steel up to 25 mm thick, stainless steel (inox) up to 15 mm and aluminium up to 12 mm. Other materials are assessed individually based on the technical requirements of the project.
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What is the maximum sheet size?We provide sheet metal laser cutting up to a format of 1500 × 3000 mm. This allows standard industrial sheets to be processed without additional material adjustment.
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How precise is sheet metal laser cutting?We ensure cutting accuracy of up to ±0.1 mm. The laser cutting of metal sheets is dimensionally accurate and repeatable, even for demanding geometries.
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Can you cut complex or non-standard shapes?The software enables automatic nesting and precise cutting of complex and custom-designed shapes based on technical documentation or CAD files such as DXF.
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What are the main advantages of fibre laser technology?Fibre laser technology is based on transmitting the laser beam through an optical fibre, enabling high cutting speeds and lower electrical energy consumption compared to conventional systems. Due to efficient energy transfer, the heat-affected zone in the material is reduced.
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How is a quotation prepared?Based on your enquiry, we prepare a customised quotation. Please provide information about the material, thickness and quantity as well as technical documentation such as a DXF file.
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What is the cost of sheet metal laser cutting with fibre technology?The cost depends on the selected material, sheet thickness, cutting complexity and order volume. Since projects vary, pricing is determined individually according to the technical requirements of each order.
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Do you provide laser cutting services for serial production?Yes. The automated tower storage system and machine capacity enable efficient serial production and continuous operation without the constant presence of an operator.
Sheet Metal Laser Cutting for Serial Production
Laser cutting of metal sheets is a technologically advanced process in which material is cut using a highly concentrated laser beam. This processing method enables precise shaping of even demanding contours without mechanical contact with the material, reducing tool wear and mechanical deformation of the workpiece.
In modern cutting processes, precise control of the energy transferred into the material is essential. Fibre laser technology ensures stable and directed beam delivery, limiting the heat impact to a narrow cutting edge. As a result, the edges are clean and additional mechanical processing is often unnecessary or kept to a minimum.
Due to high repeatability and process stability, sheet metal laser cutting is particularly suitable for production environments where dimensional accuracy and workflow efficiency are critical. The integration of advanced software and automated material handling enables efficient incorporation into existing processes, making it well suited for serial production and recurring high-volume orders.