UV LED Spot Light Irradiation System

UV LED Spot light irradiation system's Main Feature: 1. Small thermal radiation: no infrared light emitted, so there is no temperature rise and no thermal distortion2. Emit high-energy high-purity UV light: using the latest high-energy 365nm of UV-LED, making fast UV glue curing and significantly improving production efficiency3. Reduce material cost: LED's service life can reach 25000-30000 hours normally, but the traditional mercury lamp have to be replaced the lamp when used about 2000 hours. It’s cable output, don’t need optical light guide. LED-UV can reduce the cost of equipment, supplies and improves equipment utilization.4. Energy-saving and environment-friendly: LED power consumption is about 20W, the lamp don’t need preheating when used, instant 100% of the high-power, non-toxic mercury, it does not produce ozone, is a safer, more environmentally friendly machine to replace the traditional light source.5. Small volume: the size of the controller is only L18*W10* H14.6 (cm), small light irradiation head, fully considering the space requirements for precision production, making the equipment easier and more convenient to be installed6. Can be used in different processes: according to practical requirement, the user can use their own extension cable7. Unique fan cooling: fast heat emission, increase stability of power output, extend the LED’s lifeVarious models:UVEC-4, UVEC-12, two controller type, can choose for 1 irradiation channel, 4 irradiation channels, and 12 irradiation channels; the wavelength can be provided from 240-1550nm.Consistent energy output:Far UV: 240nm-295nm.electric power 0.1W, light power 5mW/cm2 Near UV: 300nm-410nm. electric power 0.1W 3W 8W, maximum light power 6000mW/cm2 Visible light: 420nm-780nm electric power 0.2W 3W 8W, 300lm at most Infrared light: 810nm-1550nm, electric power 0.1W 8W, fully guarantee the consistency of the experimental conditions.UV LED Point light irradiation system's Main Applications:1. UV light curing: optical equipment, optical communication products and crafts manufacturing, electronic components, hard drives, and micro-motor manufacturing, manufacturing headphones and watch parts, optical DVD / CD production.(1). Optical communication industry’s components: adhesive bond for Programmable Logic Controller (PLC) splitter, wavelength division multiplexer (WDM), array waveguide grating (AWG), bonding of glass or encapsulation, fixation for micro-components, etc.(2). DVD / digital camera: adhesive bond for lenses, lens and circuit board reinforcement(3). Mobile device assembling: adhesive bond for camera lens, speaker, microphone, housing, LCD modules, touch screen coating, mini-hifi, etc.(4). TFT-LCD packaging(5). Assembling for optical components: for lenses, prisms, DLP optical engine, CCD, COMS (6). Hard drive head assembling: read-write head packaging, adhesive bond for gold wire fixed, bearings, coils, chip, etc.(7). Motors and components assembling: to fix wires, coils, adhesive bond for PTC / NTC components, to protect transformer core(8). Sensor production: gas sensors, photoelectric sensors, fiber sensors, optical encoder, etc.(9). UV curing for laser device packaging(10). Research and institutes LED UV Curing Applications(11). Medical Devices LED UV light curing applications2. UV detection and analysis instrument: UV analyzers, for bio-genetic engineering, molecular genetics, medical health, biological products, pharmaceutical research, sanitation and epidemic prevention, dyes chemical, petrochemical, textile industry, public security and judicial departments, cultural relics archaeological department, and wherever fluorescence analysis test is needed.(1). The forensic light source: suitable for all types of criminal scene fingerprints’ appearance: blood, body fluids (semen, saliva, vaginal secretions, urinary track, etc.), fibers, gunshot residue, damage bite marks, hair and trace marks, etc.. (2). Detection and analysis of mineral elements: Certain intensity and wavelength of UV radiation material (some material needs to join the fluorescent dye), the material element will issue a fluorescence, according to the color of fluorescence can determine the content of the element. Such as lead, mercury and other heavy metals, pesticide residues and so this method can detect. (3). Food testing and analysis: food quality inspection and control (measurement of freshness), all liquor, beverages detection (white feature recognition), the rapid concentration of bacteria in liquid measurement (beer production line of contamination monitoring) can be used to check the ADM (such as aflatoxins, etc.), food, oil and vegetables, fruit, chocolate, fat, honey, sugar, eggs and other quality. (4). The other testing and analysis: in the dye coating, rubber, oil and other chemical industries, the determination of a variety of fluorescent material, fluorescent indicators and additives, identify different types of crude oil and rubber products; particularly suitable for thin layer chromatography, paper layer analysis spot and detection; pesticide residue testing; water quality and water pollution, the quantitative analysis (effect of water treatment technology testing).3. UV disinfection: it can be widely applied in various areas of need for water disinfection.4. Biological applications:(1). Sterilization: bacterial DNA (DNA), ribonucleic acid (RNA) and the nucleoprotein of the strongest UV absorption peak at 254 257nm. Bacteria absorb ultraviolet light induced DNA strand breaks, resulting in cross-linking of nucleic acids and proteins break down, kill the biological activity of DNA, causing bacterial death. (2). Plant physiology research (effects of genetic engineering test)(3). Seed quality research: germination for determination (identification of genetically modified seeds)5. Medicine and Medical Applications:(1). Medical diagnosis and treatment: dental curing, vitiligo treatment, healing promotion; the direction of human health, disease diagnosis; performance and effectiveness of drugs (cancer patients with the best selection of drugs)(2). Bio-pharmaceutical applications: the use of biological samples and biological indicators(3). In drug production and research: can also be used to check hormone alkali biomass, vitamins and other drugs can produce the quality of fluorescent