Application of Dinghongrun optical elements in laser imaging

 Application of Dinghongrun optical elements in laser imaging

Laser imaging is based on the high focus, high brightness and strong monochromaticity of the laser beam. It mainly includes laser, lens, scanning device, receiver and other components. The laser is used to generate the laser beam, the lens is used to focus the beam, the scanning device is used to change the moving path of the beam on the object, and the receiver is used to receive the optical signal and convert it into an image. Dinghongrun The optical elements involved in laser imaging include window sheets, lenses, filters, mirrors and prisms.

Optical elements required for laser imaging

Window slice
Calcium fluoride window slice, barium fluoride window slice, magnesium fluoride window slice, silicon window slice, germanium window slice, zinc selenide window slice, zinc sulfide window slice, sapphire window slice, fused quartz window slice

lens
Flat convex lens, flat concave lens, biconcave lens, biconvex lens, meniscus lens

Aspherical lens
Chalcogenide glass aspheric lens, zinc selenide aspheric lens, zinc sulfide aspheric lens, germanium aspheric lens, silicon aspheric lens

filter
Germanium long wave pass filter, silicon long wave pass filter

reflector

Application fields of laser imaging
Spectroscopy, atomic physics, optical microscopy, material processing, quality control, 3D printing, biological tissue structure imaging, cancer diagnosis and treatment, ophthalmic diagnosis and treatment, laser radar, laser guidance, laser countermeasure, remote sensing mapping, laser scanning display, quantum information, supermarket scanning.

Instruments required for laser imaging
Laser, optical scanning system, optical system, photoelectric detector (receiver), signal processor, image processing and display system, control system

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