SPI kontinuerlig våg fiber laser PRISM

SPI Laser redPOWER® PRISM is a series of high-power continuous wave fiber lasers. Here is a comprehensive introduction:

Produktegenskaper

Power Range: The output power range is 300W - 2kW, and there are also higher-power multi-kilowatt versions, which can be achieved by combining one or more single-module modules with a multi-port high-power combiner (HPC) unit.

Wavelength: The output wavelength is 1075 - 1080nm, and the linewidth is less than 10nm, which is close to the infrared band and suitable for a variety of material processing applications.

Beam Quality: Single-mode (SM) and multi-mode (MM) fiber transmission options are provided. The beam quality coefficient of single-mode fiber is m² 1.1 - 1.3. The multi-mode fiber can select the appropriate beam mode for specific applications according to different beam parameter products (BPP).

Modulation Capability: The maximum modulation frequency is 50kHz, with fast modulation capability, which can achieve high-precision pulse control and is suitable for processing processes that require precise energy control.

Other features: Water cooling is used to ensure the stability and reliability of the laser when running at high power; it has an integral back reflection protection function to prevent reflected light from damaging the laser; optional integral pulse shaping function can be used to further optimize the processing effect.

Prestandafördelar

High stability and reliability: Designed for long-term stable operation, with low noise, output stability and system-to-system repeatability, long-term output power stability reaches ±2% at most, which can provide consistent processing quality for industrial production.

Easy to integrate: Designed for OEM integrators, the module has a compact 19-inch coal-type structure, with a model height of 2U (88mm), a width of 445mm, and a depth of 550mm (1.5kW and 2kW are 702mm), which can be integrated directly with existing production lines or machines once installed in various industrial equipment.

High cost efficiency: For manufacturers of large-scale production, it is a compelling laser solution that can reduce production costs while improving production efficiency.

Användningsområden

Additive manufacturing: such as powder bed additive manufacturing, which can be used for processes such as local laser melting (SLM). By precisely controlling the laser energy and scanning path, the metal powder is melted layer by layer and simulated to produce complex three-dimensional structural parts.

Cutting: It can be used for cutting various materials, including metal sheets, plastics, ceramics, etc., and can achieve positioning and high-speed cutting, good incision quality, and small heat-affected zone.

Welding: It is suitable for a variety of welding applications, such as chassis welding in automobile manufacturing, precision welding in electronic equipment, etc., which can achieve high-quality welding joints and improve welding efficiency and reliability.

Other material processing: Wood is used in surface treatment, a few, micro-machining and other fields, providing laser solutions for different material processing needs.