Mass spectrometry - spectrometer
IndustrialLaser Pointer
A fiber laser produces its laser emission through a ytterbium-doped fiber optic cable. Utilizing diode excitation minimizes heat distortion, thereby simplifying resonator design and eliminating the need for resonating gases. However, due to the short wavelength output, exceptionally high power densities produce small kerfs, requiring high velocity nitrogen or oxygen-assist gases to evacuate molten metal. With these requirements in mind, CONCOA designed the 67B Series regulator with a flat, balanced seat to optimize assist gas from bulk and micro-bulk supplies. For those applications utilizing high pressure cradles or liquid cylinders, CONCOA 544 Series IntelliSwitch™ IIv, coupled with a 67B regulator, delivers a continuous gas supply. For cylinder sources at pressures above 3000 PSIG (210 BAR) CONCOA recommends the 623 Series dome-loaded regulators. Although a small percentage of the market, CONCOA supplies 601 Series resonator regulators and 619 Series pressure differential switchovers for carbon dioxide-based resonators. Additionally, CONCOA provides the 5230 Series line regulator for the carbon dioxide laser-beam purge requirements. As with the fiber laser, the 67B Series regulator provides instantaneous assist gas, yielding excellent piercing characteristics. Combining the CONCOA 544 IntelliSwitch IIv system with the 67B regulator provides continuous delivery as carbon dioxide-based lasers utilize the same assist gas pressure controls mentioned for fiber lasers. For lower flow oxygen assist delivery, the 622 Series dome-loaded regulator provides an economical control for assist. Fluorine and chlorine-based excimer lasers used in research and development, as well as fuel injector nozzle perforation, require the safe handling of toxic and corrosive gases. CONCOA offers the stainless steel 432 Series dual stage regulator in conjunction with C Series gas cabinets, which provide safe pressure control. Depending on the fluorine concentration, CONCOA also offers passivation to increase corrosion resistance and extend service life. Contact CONCOA for a fully integrated gas cabinet solution for specific excimer laser applications. CONCOA offers a complete line of laser equipment to maximize laser performance. The 67B Series high pressure high flow regulators are ideal for both carbon dioxide and fiber laser cutting machines, laser installation kits provide technicians with the necessary components to enable rapid field startup of laser equipment, and 601 Series regulators deliver industry-leading low permeation rates. CONCOA's process gas systems enhance the performance of industrial lasers used in cutting, welding, cladding, and marking applications.
Although a small percentage of the market, CONCOA supplies 601 Series resonator regulators and 619 Series pressure differential switchovers for carbon dioxide-based resonators. Additionally, CONCOA provides the 5230 Series line regulator for the carbon dioxide laser-beam purge requirements. As with the fiber laser, the 67B Series regulator provides instantaneous assist gas, yielding excellent piercing characteristics. Combining the CONCOA 544 IntelliSwitch IIv system with the 67B regulator provides continuous delivery as carbon dioxide-based lasers utilize the same assist gas pressure controls mentioned for fiber lasers. For lower flow oxygen assist delivery, the 622 Series dome-loaded regulator provides an economical control for assist. Fluorine and chlorine-based excimer lasers used in research and development, as well as fuel injector nozzle perforation, require the safe handling of toxic and corrosive gases. CONCOA offers the stainless steel 432 Series dual stage regulator in conjunction with C Series gas cabinets, which provide safe pressure control. Depending on the fluorine concentration, CONCOA also offers passivation to increase corrosion resistance and extend service life. Contact CONCOA for a fully integrated gas cabinet solution for specific excimer laser applications. CONCOA offers a complete line of laser equipment to maximize laser performance. The 67B Series high pressure high flow regulators are ideal for both carbon dioxide and fiber laser cutting machines, laser installation kits provide technicians with the necessary components to enable rapid field startup of laser equipment, and 601 Series regulators deliver industry-leading low permeation rates. CONCOA's process gas systems enhance the performance of industrial lasers used in cutting, welding, cladding, and marking applications.
Fluorine and chlorine-based excimer lasers used in research and development, as well as fuel injector nozzle perforation, require the safe handling of toxic and corrosive gases. CONCOA offers the stainless steel 432 Series dual stage regulator in conjunction with C Series gas cabinets, which provide safe pressure control. Depending on the fluorine concentration, CONCOA also offers passivation to increase corrosion resistance and extend service life. Contact CONCOA for a fully integrated gas cabinet solution for specific excimer laser applications. CONCOA offers a complete line of laser equipment to maximize laser performance. The 67B Series high pressure high flow regulators are ideal for both carbon dioxide and fiber laser cutting machines, laser installation kits provide technicians with the necessary components to enable rapid field startup of laser equipment, and 601 Series regulators deliver industry-leading low permeation rates. CONCOA's process gas systems enhance the performance of industrial lasers used in cutting, welding, cladding, and marking applications.
Industrial lasersfor sale
CONCOA offers a complete line of laser equipment to maximize laser performance. The 67B Series high pressure high flow regulators are ideal for both carbon dioxide and fiber laser cutting machines, laser installation kits provide technicians with the necessary components to enable rapid field startup of laser equipment, and 601 Series regulators deliver industry-leading low permeation rates. CONCOA's process gas systems enhance the performance of industrial lasers used in cutting, welding, cladding, and marking applications.
Industriallaser manufacturers
CONCOA offers a complete line of laser equipment to maximize laser performance. The 67B Series high pressure high flow regulators are ideal for both carbon dioxide and fiber laser cutting machines, laser installation kits provide technicians with the necessary components to enable rapid field startup of laser equipment, and 601 Series regulators deliver industry-leading low permeation rates. CONCOA's process gas systems enhance the performance of industrial lasers used in cutting, welding, cladding, and marking applications.
Types of laser with example
Although a small percentage of the market, CONCOA supplies 601 Series resonator regulators and 619 Series pressure differential switchovers for carbon dioxide-based resonators. Additionally, CONCOA provides the 5230 Series line regulator for the carbon dioxide laser-beam purge requirements. As with the fiber laser, the 67B Series regulator provides instantaneous assist gas, yielding excellent piercing characteristics. Combining the CONCOA 544 IntelliSwitch IIv system with the 67B regulator provides continuous delivery as carbon dioxide-based lasers utilize the same assist gas pressure controls mentioned for fiber lasers. For lower flow oxygen assist delivery, the 622 Series dome-loaded regulator provides an economical control for assist. Fluorine and chlorine-based excimer lasers used in research and development, as well as fuel injector nozzle perforation, require the safe handling of toxic and corrosive gases. CONCOA offers the stainless steel 432 Series dual stage regulator in conjunction with C Series gas cabinets, which provide safe pressure control. Depending on the fluorine concentration, CONCOA also offers passivation to increase corrosion resistance and extend service life. Contact CONCOA for a fully integrated gas cabinet solution for specific excimer laser applications. CONCOA offers a complete line of laser equipment to maximize laser performance. The 67B Series high pressure high flow regulators are ideal for both carbon dioxide and fiber laser cutting machines, laser installation kits provide technicians with the necessary components to enable rapid field startup of laser equipment, and 601 Series regulators deliver industry-leading low permeation rates. CONCOA's process gas systems enhance the performance of industrial lasers used in cutting, welding, cladding, and marking applications.
Types of laser in Physics
Linear gradient filters can also be used in portable spectrometer, grating secondary light separation/cut-off, laser mirror design and other fields.
A fiber laser produces its laser emission through a ytterbium-doped fiber optic cable. Utilizing diode excitation minimizes heat distortion, thereby simplifying resonator design and eliminating the need for resonating gases. However, due to the short wavelength output, exceptionally high power densities produce small kerfs, requiring high velocity nitrogen or oxygen-assist gases to evacuate molten metal. With these requirements in mind, CONCOA designed the 67B Series regulator with a flat, balanced seat to optimize assist gas from bulk and micro-bulk supplies. For those applications utilizing high pressure cradles or liquid cylinders, CONCOA 544 Series IntelliSwitch™ IIv, coupled with a 67B regulator, delivers a continuous gas supply. For cylinder sources at pressures above 3000 PSIG (210 BAR) CONCOA recommends the 623 Series dome-loaded regulators. Although a small percentage of the market, CONCOA supplies 601 Series resonator regulators and 619 Series pressure differential switchovers for carbon dioxide-based resonators. Additionally, CONCOA provides the 5230 Series line regulator for the carbon dioxide laser-beam purge requirements. As with the fiber laser, the 67B Series regulator provides instantaneous assist gas, yielding excellent piercing characteristics. Combining the CONCOA 544 IntelliSwitch IIv system with the 67B regulator provides continuous delivery as carbon dioxide-based lasers utilize the same assist gas pressure controls mentioned for fiber lasers. For lower flow oxygen assist delivery, the 622 Series dome-loaded regulator provides an economical control for assist. Fluorine and chlorine-based excimer lasers used in research and development, as well as fuel injector nozzle perforation, require the safe handling of toxic and corrosive gases. CONCOA offers the stainless steel 432 Series dual stage regulator in conjunction with C Series gas cabinets, which provide safe pressure control. Depending on the fluorine concentration, CONCOA also offers passivation to increase corrosion resistance and extend service life. Contact CONCOA for a fully integrated gas cabinet solution for specific excimer laser applications. CONCOA offers a complete line of laser equipment to maximize laser performance. The 67B Series high pressure high flow regulators are ideal for both carbon dioxide and fiber laser cutting machines, laser installation kits provide technicians with the necessary components to enable rapid field startup of laser equipment, and 601 Series regulators deliver industry-leading low permeation rates. CONCOA's process gas systems enhance the performance of industrial lasers used in cutting, welding, cladding, and marking applications.
What are the 3 types oflasers
Fluorine and chlorine-based excimer lasers used in research and development, as well as fuel injector nozzle perforation, require the safe handling of toxic and corrosive gases. CONCOA offers the stainless steel 432 Series dual stage regulator in conjunction with C Series gas cabinets, which provide safe pressure control. Depending on the fluorine concentration, CONCOA also offers passivation to increase corrosion resistance and extend service life. Contact CONCOA for a fully integrated gas cabinet solution for specific excimer laser applications. CONCOA offers a complete line of laser equipment to maximize laser performance. The 67B Series high pressure high flow regulators are ideal for both carbon dioxide and fiber laser cutting machines, laser installation kits provide technicians with the necessary components to enable rapid field startup of laser equipment, and 601 Series regulators deliver industry-leading low permeation rates. CONCOA's process gas systems enhance the performance of industrial lasers used in cutting, welding, cladding, and marking applications.
Compared with prism and grating spectral imager, linear gradient filter based spectral imager has the characteristics of high integration, high stability and high resolution, compact structure, small volume and light weight, and low development and manufacturing cost, so it has a good application prospect.
LVF is a new type of spectral component developed after prism, grating and a variety of recently developed spectral components. Compared with prism, grating and other traditional spectral components, LVF has the advantages of small volume, multiple passbands, and arbitrary design of passband position. Because LVF can be combined with CCD/CMOS detector array to form a detector that can recognize spectrum, greatly simplify the spectral system, improve the reliability, stability and optical efficiency of the instrument, and attract more and more attention. The LVF as the core component of the spectrometer has been successfully applied to aerospace, field detection, atmospheric monitoring, food safety monitoring, biological fluid analysis, multi/high/hyperspectral imaging and many other fields.
Industrial lasers have revolutionized metal fabrication. A pioneer in gas controls to support this demanding technology, CONCOA offers equipment suitable for all resonator types. A fiber laser produces its laser emission through a ytterbium-doped fiber optic cable. Utilizing diode excitation minimizes heat distortion, thereby simplifying resonator design and eliminating the need for resonating gases. However, due to the short wavelength output, exceptionally high power densities produce small kerfs, requiring high velocity nitrogen or oxygen-assist gases to evacuate molten metal. With these requirements in mind, CONCOA designed the 67B Series regulator with a flat, balanced seat to optimize assist gas from bulk and micro-bulk supplies. For those applications utilizing high pressure cradles or liquid cylinders, CONCOA 544 Series IntelliSwitch™ IIv, coupled with a 67B regulator, delivers a continuous gas supply. For cylinder sources at pressures above 3000 PSIG (210 BAR) CONCOA recommends the 623 Series dome-loaded regulators. Although a small percentage of the market, CONCOA supplies 601 Series resonator regulators and 619 Series pressure differential switchovers for carbon dioxide-based resonators. Additionally, CONCOA provides the 5230 Series line regulator for the carbon dioxide laser-beam purge requirements. As with the fiber laser, the 67B Series regulator provides instantaneous assist gas, yielding excellent piercing characteristics. Combining the CONCOA 544 IntelliSwitch IIv system with the 67B regulator provides continuous delivery as carbon dioxide-based lasers utilize the same assist gas pressure controls mentioned for fiber lasers. For lower flow oxygen assist delivery, the 622 Series dome-loaded regulator provides an economical control for assist. Fluorine and chlorine-based excimer lasers used in research and development, as well as fuel injector nozzle perforation, require the safe handling of toxic and corrosive gases. CONCOA offers the stainless steel 432 Series dual stage regulator in conjunction with C Series gas cabinets, which provide safe pressure control. Depending on the fluorine concentration, CONCOA also offers passivation to increase corrosion resistance and extend service life. Contact CONCOA for a fully integrated gas cabinet solution for specific excimer laser applications. CONCOA offers a complete line of laser equipment to maximize laser performance. The 67B Series high pressure high flow regulators are ideal for both carbon dioxide and fiber laser cutting machines, laser installation kits provide technicians with the necessary components to enable rapid field startup of laser equipment, and 601 Series regulators deliver industry-leading low permeation rates. CONCOA's process gas systems enhance the performance of industrial lasers used in cutting, welding, cladding, and marking applications.
Compared with the traditional narrow band filter, the linear variable filter has nearly continuous spectral channel, so the linear variable filter can obtain higher spectral resolution. Compared with prism and grating spectral imager, linear Variable filter based spectral imager has the characteristics of high integration, high stability and high resolution, compact structure, small volume and light weight, and low development and manufacturing cost, so it has a good application prospect. Linear variable filters can also be used in portable spectrometer, grating secondary light separation/termination, laser mirror design and other fields.
The so-called linear variable filter is "linear" because its spectral characteristics are different at different positions and change linearly with the change of spatial position. Linear variable filter has the advantages of wavelength variable, channel optional, stable performance, etc. Due to the use of ion assisted method or ion beam sputtering method and other processes, by plating on the substrate surface of the multi-layer thickness of the film system to form a wedge film, so the spectral characteristics of linear change.