Find diode lasers including IR diode lasers, infrared diode lasers, laser diodes and more. Use the time-saving Request for Quote tool to submit your inquiry to all the diode laser manufacturers and suppliers you select.
Our broad product range includes Fiber laser & Nd:YAG diode pumped laser marking machines. The newest addition is the YLIA fiber series, with their combined high peak power & high quality beams, the fiber laser allows for marking a wider range of materials, such as plastics, polymers, metals & ceramics.
Cutting Edge Optronics is the leading provider of diode laser arrays and pump modules. We manufacture and are capable of supplying unmounted diode bars, packaged laser diodes, DPSS modules, laser diode drivers and complete DPSS laser systems. Our diode laser based products have become industry standards.
The Laser Group of CVI Melles Griot is a world leader in gas lasers & solid-state lasers: multi-colored helium neon lasers; helium cadmium, air-cooled ion & frequency-stabilized laser technology; subassemblies, systems, customization, turnkey services, laser power meters & beam diagnostic equipment.
A leading global manufacturer and designer of high power diode lasers, DILAS combines modular laser components allowing for flexibility in a range of industrial applications. We use only advanced diode laser bar material. Products range from open heatsinks (unlensed) to full turnkey systems.
Our custom solid state industrial diode lasers, flashlamp pumped lasers, and optical parametric oscillators are designed and manufactured by our company, JP Innovations. Because we are experts with years of experience, we can save you money by suggesting the correct design concept.
Innovar Systems excels at knowing the proper application of lasers, such as a 1700 watt CO2 system for high power welding or a high speed YAG laser for marking. Our quality, reliable laser technology, offers unique advantages for marking, cutting & welding. Choose us for complete turnkey services.
Diode lasers, also referred to as "semiconductor lasers,” utilize microscopic chips made of gallium-arsenide or another semiconductor to generate their source of coherent light. Diode lasers are usually smaller and less powerful than other lasers and can be found in CD-ROM drives, CD players, barcode scanners, and laser printers.
Important factors to consider when selecting diode lasers are its beam divergence, wavelength, beam size, operating current range, operating temperature range, and pulse energy. Beam divergence represents the change in beam diameter. The output wavelength of the laser diode is identified by wavelength. As the beam leaves the laser, the largest measurement recorded is the beam size. Operating current range is the geographical range that the lasers diode can cover. Operating temperature range is the range of temperatures at which the
diode lasers were made to use. The diode lasers pulse energy is measured by its energy per pulse.
Exposure to diode lasers can cause severe damage, so built-in engineering controls in diode lasers are required to provide safety.
Diode lasers are divided into six classes, according to their power output: Class I, Class I.A, Class II, Class IIIA, Class IIIB, and Class IV. Class IV systems contain the most dangerous
diode lasers and require a master switch that, when disabled, prohibits all but authorized personnel from operating the
diode laser. A beam stop or attenuator, which significantly reduces beam emission when the
diode laser is on standby, is permanently attached to all Class IV diode lasers and is recommended for Classes IIIA and IIIB
diode lasers as well. Other safety controls that may be instituted include access restriction to the lasing area, eye protection, area controls, barriers, shrouds, and education and training.
