BLM GROUP’s Post

What is laser follow-up cutting? Laser follow-up cutting has the following characteristics: 1. High precision: The laser beam has a high focusing ability and can cut small and complex contours with a cutting accuracy of tens of microns. 2. High speed: The laser cutting head can achieve fast positioning and cutting, and the processing efficiency is high. 3. Flexibility: The laser cutting head can be quickly adjusted and switched as needed to adapt to the cutting needs of different shapes and materials. 4. Non-contact processing: Laser cutting is a non-contact processing method that does not cause physical deformation or damage to the workpiece. It is suitable for cutting brittle materials or workpieces with high surface requirements. #lasercuttingmachine #metalcutting #stainlesssteel #carbonsteel #IPG #Raycus #Maxphotonic #metal #aluminum

What is laser follow-up cutting? Laser follow-up cutting has the following characteristics: 1. High precision: The laser beam has a high focusing ability and can cut small and complex contours with a cutting accuracy of tens of microns. 2. High speed: The laser cutting head can achieve fast positioning and cutting, and the processing efficiency is high. 3. Flexibility: The laser cutting head can be quickly adjusted and switched as needed to adapt to the cutting needs of different shapes and materials. 4. Non-contact processing: Laser cutting is a non-contact processing method that does not cause physical deformation or damage to the workpiece. It is suitable for cutting brittle materials or workpieces with high surface requirements. #lasercuttingmachine #metalcutting #stainlesssteel #carbonsteel #IPG #Raycus #Maxphotonic #metal #aluminum

What is laser follow-up cutting? Laser follow-up cutting has the following characteristics: 1. High precision: The laser beam has a high focusing ability and can cut small and complex contours with a cutting accuracy of tens of microns. 2. High speed: The laser cutting head can achieve fast positioning and cutting, and the processing efficiency is high. 3. Flexibility: The laser cutting head can be quickly adjusted and switched as needed to adapt to the cutting needs of different shapes and materials. 4. Non-contact processing: Laser cutting is a non-contact processing method that does not cause physical deformation or damage to the workpiece. It is suitable for cutting brittle materials or workpieces with high surface requirements. #lasercuttingmachine #metalcutting #stainlesssteel #carbonsteel #IPG #Raycus #Maxphotonic #metal #aluminum

Beauty is in the eye of the beholder... and also in the eye of multiband texture analysis!

The smartWLI GBScanner - a new optical profiler for surface metrology to measure roughness and micro geometries. Using a single, but manual exchangeable objective the system provide a excellent performance for an affordable price. The extreme speed allows to use a high resolution objective as a 20x or 50x and still measure larger areas to allows ISO conform roughness evaluations. #interferometry; #GPGPU; #surface; #metrology; #3dscanning; #roughness; #measurements; #qualitycontrol; #automation; #microgeometries; #microstructure; #nanostructure; #3dsensor; #optical; #profiler; #surfacetexture

If you need to control the appearance of a paint or coating finish, Digital Metrology suggests an alternative to simply measuring average roughness.

In optical applications, silicon galvanometer is mainly a scanning galvanometer for laser scanning. It has the advantages of high-speed scanning, high precision, and high stability, and is widely used in laser processing fields such as laser marking, laser cutting, and laser welding. The reflective lens is the core component, which has the advantages of high reflectivity and high thermal stability, and can reflect and focus the laser beam onto the specified working surface. Silicon galvanometer is an optical galvanometer made of silicon material, which has the advantages of light weight, small size, good thermal stability, and high mechanical strength. It is usually made of single crystal silicon or polycrystalline silicon, and the surface is processed with specific shapes and optical properties, such as concave, convex, Plano- concave, etc #silicon

Laser Etching

In optical applications, silicon galvanometer is mainly a scanning galvanometer for laser scanning. It has the advantages of high-speed scanning, high precision, and high stability, and is widely used in laser processing fields such as laser marking, laser cutting, and laser welding. The reflective lens is the core component, which has the advantages of high reflectivity and high thermal stability, and can reflect and focus the laser beam onto the specified working surface. Silicon galvanometer is an optical galvanometer made of silicon material, which has the advantages of light weight, small size, good thermal stability, and high mechanical strength. It is usually made of single crystal silicon or polycrystalline silicon, and the surface is processed with specific shapes and optical properties, such as concave, convex, Plano- concave, etc.#silicon

In optical applications, silicon galvanometer is mainly a scanning galvanometer for laser scanning. It has the advantages of high-speed scanning, high precision, and high stability, and is widely used in laser processing fields such as laser marking, laser cutting, and laser welding. The reflective lens is the core component, which has the advantages of high reflectivity and high thermal stability, and can reflect and focus the laser beam onto the specified working surface. Silicon galvanometer is an optical galvanometer made of silicon material, which has the advantages of light weight, small size, good thermal stability, and high mechanical strength. It is usually made of single crystal silicon or polycrystalline silicon, and the surface is processed with specific shapes and optical properties, such as concave, convex, Plano- concave, etc.#silicon