laser welding, laser cutting, fiber laser, hardware, metal cutting, high speed, high precision, aluminium welding
read moreglass cutting, laser glass cutting machine, frigile material cutting, ps laser cutting, uv laser cutting, green laser cutting
read moreGlass cutting, quartz cutting, laser cutting, Sintec, laser,metalens, DOE, diode laser,metal cutting, micro-processing
read moreVCSEL, Vertical-Cavity Surface-Emitting Laser, metalens, DOE, SLM, diode chip, laser diode, 3D Sensing
read moreWhat is Laser Cleaning?Laser cleaning is the process of removing materials from surfaces using a laser beam.When the laser beam contacts a surface, light is absorbed by the surface. When the ablation threshold is hit, molecular bonds in the surface are broken and ejected from the substrate (“vapori
read moreLBO, SHG, THG, frequency doubling, 532nm, 355nm, 266nm, nonlinea optical crystal, laser crystal
read moremicro-nano optics, metalens, flat lens, depth of focus, DOF, field of view, lens, optical lens, focusing lens, imaging lens, imaging optics
read moremetalens, flat lens, depth of focus, DOF, field of view, lens, optical lens, focusing lens, imaging lens, imaging optics
read moreMetalens is a lens with the ability to focus and capture light signals beyond the diffraction limit. The basic principle is to change the curvature of the lens to achieve the focusing or dispersion of light, via the use of man-made sub-wavelength unit structure in the traditional medium for wavefron
read moreMetalenses are very suitable for laser processing, as they provide a long depth of focus and can easily and accurately mark and process various non planar objects.
read moreOur RTP (Rubidium Titanyl Phosphate) electro‐optic crystals can be used for a wide variety ofapplications in industrial, medical, and range-finding. The crystals are transparent from the visible to near infrared laser wavelengths. They can be used under low half-wave voltage for electro-optic
read moreOur V-modules are fast and flexible with the highest performance class of subsystem for digital light processing (DLP). It enables a rapid launch into application development with short time-to-market period. It offers unique flexibility in controlling micro-mirror and provides efficient
read moreLaser Mask-Making TechnologySuccessive generations of semiconductors have necessitated increasingly more advanced technologies to produce the desired densities, speeds and other functions. Optical lithography is, however, still the primary lithographic process for the fabrication of micro-electronic
read moreBlue+IR Dual-wavelength Laser Welding HeadsInfrared fiber lasers:Low absorption, splash, pores, internal defects, low mechanical properties and conductivity, low productivity.Blue Diode laser:High absorption rate, small thermal impact area, reflected light to the lens and other structures of the hig
read moreA laser marking heads consists of the following parts:Galva + driver (board)Mirror + mirror holder (related to wavelength)Control card (marking card) with softwareD/A card (is needed if the output of the control card is digital)F-theta lens (spacer or called adaptor is needed if the space/distance b
read more3D Mapping of Neural Circuits In Vivo Opens the Window on Neurological Disease
read moreLithography is the transfer of a designed pattern onto a flat surface, either directly or via an intermediate medium - excluding areas of the surface where the pattern is not required. In photomask lithography, where a design is patterned onto a substrate, a laser is used to expose the pattern, allowing deposited material to be etched away, preparing it for further processing. This lithography met
read moreIn the last years the demand for ultra-low noise microwave (MW) and radio-frequency (RF) signal sources have gained more and more importance. Standard industrial applications and high-end academic experiments require ever higher precision: Radar systems Defence communications Photonic ADC Ultra-stable clocking Test and measurement Satellite communications Particle accelerators, FELs Coherent commu
read moreFREQUENCY COMBS An optical frequency comb is an optical spectrum consisting of a series of discrete equally spaced lines in the frequency domain. Optical frequency combs can be generated in different ways, but have gained more attraction since the gro
read moreBrillouin Scattering The Brillouin Effect is the inelastic scattering of photons caused by their parametric interaction with thermal phonons. Lasers for Brillouin The Brillouin Effect is the inelastic scattering of photons caused by their parametric i
read moreInterferometry Interferometry refers to a wide range of techniques that rely on the superimposition of two coherent light paths, most often split from a single source, to form an interference pattern. Lasers for Interferometry This interference arises
read moreFlow Cytometry Flow cytometry is a method for the quantitative determination of cellular properties, analysing light incident on a focussed stream of fluid containing a heterogenous population of biological samples. Lasers for Flow Cytometry Cells, or other particles, are individually passed through a light path at high speed while suspended in a tightly focussed stream of fluid, causing an energy
read moreShashi Prabhakar, Taylor Shields, Adetunmise C. Dada, Mehdi Ebrahim1, Gregor G. Taylor, Dmitry Morozov1, Kleanthis Erotokritou, Shigehito Miki2, Masahiro Yabuno, Hirotaka Terai, Corin Gawith, Michael Kues, Lucia Caspani, Robert H. Hadfield and Matteo
read moreITER, the International Thermonuclear Experimental Reactor, is a collaborativeglobal engineering megaproject focused on fusion research and the development of the worlds largest experimental tokamak by 2025. A tokamak reactorconfines and controls the
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