3015 Flatbed Fibre Laser Cutting Machine for Metal Sheet Processing

It is one of the markets ‘most complete, compact and configurable sheet metal laser cutter designed to evolve with your needs. No worries about the space required: FW3015 has a very compact and configurable layout to fit the available space and processing requirements.

FENGWEI Machinery is a producer of Fibre Laser Cutting Machine located in Jiangsu/China. We have been doing this business for 15 years with rich experiences. Machine power ranges from 500W to 6KW. You can cut up to 25mm mild steel, 15mm stainless steel, 12mm aluminium, 8mm copper and 12mm brass. Regarding the working format, there are 4 different types of sheet laser cutting machine as per metal sheet to be cut.

FW3015 -You can cut 3000*1500mm metal sheet.

FW4020 -You can cut 4000*2000mm metal sheet.

FW6020 -You can cut 6000*2000mm metal sheet.

FW3015Pro -You can cut 3000*1500mm metal sheet with a pallet changer.

Advantages:

1. energy efficient:

The increased electrical efficiency of fibre laser technology drastically slashes the electrical consumption of the system which means a monthly savings on your utility bills and a reduction in the initial investment in electrical equipment and services.

2. Superior performance on thinner requirements:

The faster speed of nitrogen fibre laser cutting on thin walled more than doubles machine productivity compared to CO2: mild steel and medium thickness stainless steel are the materials that typically benefit the most from fibre laser technology.

3. maintenance-free laser:

The fibre laser does not require routine maintenance or rebuilding procedures. No laser gas is needed. Laser beam quality is stable over time and is available immediately upon start-up.

4. New materials:

Copper and brass, materials which were off-limits with CO2 technology can be easily cut with fibre laser. Even tricky to cut aluminium and galvanized steels have no limits. Fibre technology offers new opportunities and a more robust production method for difficult materials.

Application

Dominant application is seen in Industries. Systems for cutting with lasers are used in a wide range of industries such as cutting stents in the medical industry, cutting parts to shape in manufacturing and industrial settings, cutting silicon for solar and semi-conductors (including resistors) as well as cutting of gems (even diamonds) for use in the jewellery industry. Also delivering precision cutting applications for e-mobility, lasers can be effectively used in the cutting of stator plates, battery foils and also in the manufacture of various electric vehicle components.

There are a large of application areas, particularly in industrial manufacturing where a higher output is required. It is also used in schools, aerospace (e.g. high-strength components which can withstand the pressures of outer space), the military and in small businesses.

Laser cutting process simply involves the use of a focused laser beam (e.g. pulsed or continuous wave) to cut a wide range of materials to a high level of accuracy, using a process, which is highly repeatable.