Fiber Optic High Power Water Cool Fiber 1030- 1080nm F Theta Scan Lens

Fiber Optic High Power Water Cool Fiber 1030- 1080nm F Theta Scan Lens

Widely used in fields such as laser marking, drilling, engraving, welding, cutting, surface treatment, etc. The specific parameters of this product with water cooling are as follows. The field mirror focuses the collimated laser on a single point, increasing the energy density of the laser light. It uses the high energy of the laser to perform various material processing such as cutting, marking, welding, cleaning, and surface treatment. At the same time, when the direction of the incident laser light changes, the field mirror can still maintain a light spot with relative size and energy density unchanged, allowing the laser light to process points at different material positions. By combining a field mirror with a galvanometer that can quickly and accurately change the direction of laser light to the east, high-speed and precise machining and processing of materials can be achieved.

Fiber Optic High Power Water Cool Fiber 1030- 1080nm F Theta Scan Lens

Fiber Optic High Power Water Cool Fiber 1064nm F Theta Scan LensFiber Optic High Power Water Cool Fiber 1064nm F Theta Scan LensFiber Optic High Power Water Cool Fiber 1064nm F Theta Scan LensFiber Optic High Power Water Cool Fiber 1064nm F Theta Scan LensFiber Optic High Power Water Cool Fiber 1064nm F Theta Scan LensFiber Optic High Power Water Cool Fiber 1064nm F Theta Scan Lens


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Fiber Optic High Power Water Cool Fiber 1064nm F Theta Scan Lens

Widely used in fields such as laser marking, drilling, engraving, welding, cutting, surface treatment, etc. The specific parameters of this product with water cooling are as follows. The field mirror focuses the collimated laser on a single point, increasing the energy density of the laser light. It uses the high energy of the laser to perform various material processing such as cutting, marking, welding, cleaning, and surface treatment. At the same time, when the direction of the incident laser light changes, the field mirror can still maintain a light spot with relative size and energy density unchanged, allowing the laser light to process points at different material positions. By combining a field mirror with a galvanometer that can quickly and accurately change the direction of laser light to the east, high-speed and precise machining and processing of materials can be achieved.

Fiber Optic High Power Water Cool Fiber 1030- 1080nm F Theta Scan Lens









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