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FSPG
3907691000
Functional Light Chip is a cutting process achieved using a laser cutting technique. It can be used to cut the material into light chips with a special function or a specific shape. Functional light chips are usually cut the material using a high-energy laser (such as a laser beam). Laser beams with high energy concentration and focusing capability can achieve very fine cutting. During cutting, the laser beam is focused and cuts the material into the desired shape by melting, evaporation, or melting and evaporation. The cutting machine usually has a high precision control system to control the power, motion speed and focus position of the laser to obtain the desired slice shape and size.
Low viscosity, high purity, and good flowability.
Functional Light Chip has optical regulation performance. It can regulate the transmission, reflection, absorption and other characteristics of light, and realize the control and regulation of optical signals. It can change the propagation path, direction, intensity, frequency of light, so as to achieve specific optical effects and functions.
The product can enhance the optical performance, such as enhancing the brightness of light, contrast, color saturation, etc. It can convert the incident light into a stronger, brighter output light by enhancing the reflection, refraction, scattering and other processes.
The slice can design and manufacture optical effects with specific functions. For example, the polarizer can realize the polarization control of the light; the grating sheet can realize the light diffraction and wavelength selectivity; the optical filter can achieve the selective penetration or blocking of the spectrum.
It can be used in optical devices, optical sensing, laser technology, optical communication, optical display and other fields. The diversity of their functions and characteristics enables them to meet different application requirements and achieve a variety of optical functions. It can realize special functional microstructures, such as micropore, microgroove, microlens, etc., with wide application potential.
1.In the field of optical devices, functional optical slicing technology can be used to prepare optical lenses, microgratings, optical waveguides and other components.
2.In the field of micro-nano processing, it can be used to prepare microelectronic components, micromechanical structures and microfluidic chips.
3.Functional light chips are widely used in the biomedical field, and can be used to prepare biochips, implantable medical devices, and micro-biosensors.
4.In the field of optical communication, it can be used to prepare optical fiber connectors, optical cable components and optical interconnect devices.
5.Functional light chips can also be used in microprocessing, metamaterial preparation, and wafer segmentation.
Functional Light Chip is a cutting process achieved using a laser cutting technique. It can be used to cut the material into light chips with a special function or a specific shape. Functional light chips are usually cut the material using a high-energy laser (such as a laser beam). Laser beams with high energy concentration and focusing capability can achieve very fine cutting. During cutting, the laser beam is focused and cuts the material into the desired shape by melting, evaporation, or melting and evaporation. The cutting machine usually has a high precision control system to control the power, motion speed and focus position of the laser to obtain the desired slice shape and size.
Low viscosity, high purity, and good flowability.
Functional Light Chip has optical regulation performance. It can regulate the transmission, reflection, absorption and other characteristics of light, and realize the control and regulation of optical signals. It can change the propagation path, direction, intensity, frequency of light, so as to achieve specific optical effects and functions.
The product can enhance the optical performance, such as enhancing the brightness of light, contrast, color saturation, etc. It can convert the incident light into a stronger, brighter output light by enhancing the reflection, refraction, scattering and other processes.
The slice can design and manufacture optical effects with specific functions. For example, the polarizer can realize the polarization control of the light; the grating sheet can realize the light diffraction and wavelength selectivity; the optical filter can achieve the selective penetration or blocking of the spectrum.
It can be used in optical devices, optical sensing, laser technology, optical communication, optical display and other fields. The diversity of their functions and characteristics enables them to meet different application requirements and achieve a variety of optical functions. It can realize special functional microstructures, such as micropore, microgroove, microlens, etc., with wide application potential.
1.In the field of optical devices, functional optical slicing technology can be used to prepare optical lenses, microgratings, optical waveguides and other components.
2.In the field of micro-nano processing, it can be used to prepare microelectronic components, micromechanical structures and microfluidic chips.
3.Functional light chips are widely used in the biomedical field, and can be used to prepare biochips, implantable medical devices, and micro-biosensors.
4.In the field of optical communication, it can be used to prepare optical fiber connectors, optical cable components and optical interconnect devices.
5.Functional light chips can also be used in microprocessing, metamaterial preparation, and wafer segmentation.
