Linear laser green 100mW IP67 520nm LAMBDAWAVE Wood saw Lumber Timber

Description: . Industrial line laser green 100mW LAMBDAWAVE LWPRO-520-100-RLINE The industrial line laser LWPRO green 100mW is ideal for positioning material or determining cutting lines on industrial machines, such as tracks, wood saws or stone machines. The use of a line laser definitely increases working convenience and reduces material waste. Thanks to its IP67 waterproof rating and stainless steel housing, the laser can without problem operate in heavy dust or splashing, including in particular on machines where the workpiece is cooled by water or other coolant.Colour: greenPower output: 100mWWavelength: 520nmSymbol: LWPRO-520-100-RLINEManufacturer: LAMBDAWAVELine thickness: 2-3mm (distance 5m)Power supply voltage: 9V-26V DCPower connector: M8, male, 3 pinFull waterproof and dustproof: class IP67Housing: stainless steelDiameter: 20mmLength: 100mm (without power connector)Operating temperature: -20°C - 60°CLife span: 20000h The kit in this auction includes:Linear laser LWPRO-520-100-RLINEPower cable M8 2m longMount 20mm Longer cables are available on our other auctions. Lasers with other powers and colours available on our other auctions or made to order. 375nm, 405nm (violet), 445nm, 450nm, 462nm (blue), 488nm (turquoise), 505nm, 515nm, 520nm (green), 633nm, 638nm, 658nm, 670nm, 685nm (red), 705nm, 785nm, 808nm, 830nm, 850nm, 905nm, 940nm, 980nm (infrared). Power range from 1mW to 5000mW. Full module documentation in PDF format is available on our website: https://www.docs.lambdawave.eu/datasheets/LWPRO-520-100.pdf . . . ApplicationsWoodworking: sawmills, saws, multi-saws.Masonry machinery: saws, multi-saws, automatic grinding machines.Textile industry: sewing machines, embroidery machines, presses.Industrial automationProduction linesAchievable line lengthOffice or standard lit hall: clear line length up to approximately 10mOutside work under canopy or heavily lit hall workstation: clear line length up to approximately 5mOutside work in sunlight: clear line length up to approximately 0.5m . . Don't buy Chinese - bet on lasers made in Poland! We are the only Polish manufacturer of line lasers - the rest of the products offered on Allegro, without exceptions, are Chinese products! We do not import laser modules from China. The power systems, control software, housings and optics mounts used in our LWPRO lasers are 100% our design. As a result, we are able to meet the highest demands of our customers, and producing lasers in Poland means that we are 100% confident in the highest quality of our lasers. We have almost thousand satisfied customers. We export our lasers to more than a dozen countries around the world. Picture: LAMBDAWAVE LWPRO laser modules ready for final assembly - housings, power supplies, optics and laser diodes. . . . . . Highest quality We are absolutely convinced of the highest quality of our LWPRO Linear Illuminators. Because we are a manufacturer, we can easily adapt our product to specific customer requirements. Changing the output power, using different optics or replacing the power connector is possible even with a single order. Producing the laser in a different housing or modifying the power supply circuit is also possible, although it makes economic sense with a larger order. . . . Safety Laser radiation can be very dangerous to the human eye. Never look into the beam directly or through optical instruments. Be especially careful when using the laser module indoors, especially watch out for reflective surfaces. Never point the laser beam towards people, animals, vehicles or aircraft. The laser module sold is an electronic component intended for incorporation into final equipment and as such is not subject to IEC 60825-1. The device into which the laser module will be integrated or into which it will be integrated must be tested for safety and meet the requirements described in IEC 60825-1. The laser module to be sold according to IEC 60825-1 belongs to safety class 3B, whereby when the laser is correctly mounted on the machine ensuring a safe distance from the machine operator, the device with the laser integrated will be classified as a laser device of class 2M. . . . . . . Building of the LWPRO laser moduleOutput window made of optical glass coated with AR layer - easy cleaning and scratch resistance.Building made of stainless steel - trouble-free operation in dusty and wet environments, also in aggressive environments. Protection class IP67.Line generating lens made of optical glass - clear and sharp lines. On request - Powell lens, generating a line with homogeneous brightness.Module centre made of brass - excellent heat dissipation and high thermal stability.Glass 3-element collimator with AR coating - clear and sharp line.Sealed - trouble-free operation in dusty and wet environments, protection class IP67.Laser diode - depending on colour - Osram, Sharp, Mitsubishi or Nichia - long and trouble-free operation over a wide temperature range.Laser diode power supply circuit Design and manufacture by LAMBDAWAVE with integrated microprocessor - wide range of supply voltages, high efficiency, protection against thermal, reverse polarity supply, soft-start, UVLO, OVLO, ESD. On request - possibility of remote laser power switching and regulation - potentiometer, digital signal TTL, analogue signal e.g. 0-5V, 0-10V, 2-10V, current signal e.g. 0-20mA. 0-20mA, 4-20mA, RS485, Modbus, CAN, analogue or digital modulation up to 200kHz.Industrial power connector M8 - trouble-free operation in dusty and wet environments, protection class IP67. On request - other connectors according to customer specifications, e.g. M12 or cable gland. . . . Which laser to choose?The following are typical configurations at expected line length and given lighting conditions Office conditions, standard lit hall:Line up to 0.5m: green 520nm 1-5mW, red 638nm 1-10mW, red 658nm 1-10mW.Line to 2m: green 520nm 30mW, red 638nm 50mW, red 658nm 100mW.Line to 5m: green 520nm 50mW, red 638nm 100mW, red 658nm 200mWLine to 10m: green 520nm 100mW, red 638nm 200mW. Outdoors, under canopy or shade, indoor operation under strong lighting:Line to 0.5m: green 520nm 5-10mW, red 638nm 10-50mW, red 658nm 10-50mW.Line to 2m: green 520nm 50mW, red 638nm 100mW, red 658nm 150mW.Line to 5m: green 520nm 100mW, red 638nm 150mW.Line to 10m: green 520nm 200mW, red 638nm 200mW. Outdoor operation, sunlight:Line up to 0.5m: green 520nm 50-100mW, red 638nm 100-200mW, red 658nm 200mW.Line up to 2m: green 520nm 100-200mW, red 638nm 200mW.. . . . Will the line be clearly visible?Laser line visibility depends on:Laser powerLaser wavelength (colour)Line lengthLine thicknessWorkpiece colourEnvironmental lighting conditions Laser power directly affects line brightness. Larger power - brighter line. The wavelength (colour) of the light affects the brightness of the line because the human eye has different sensitivity for different colours. The highest sensitivity is around green, lower sensitivity around red (638nm, 658nm) and very low sensitivity around violet (405nm). Example - a 520nm 10mW green laser has a similar brightness to a 638nm 20-30mW red laser and a similar brightness to a 658nm 50-100mW red laser. Line length affects line brightness because the longer the line, the lower the brightness per unit area at the same laser power. The longer the line, the lower the line brightness, which must be compensated for by increasing the laser power. The length of the line depends on the placement of the laser on the machine. The further away from the workpiece, the longer the line. Line thickness affects line brightness in the same way as line length. The thicker the line, the poorer its visibility. LWPRO lasers generate a line thickness of 2-3mm as standard with an operating distance of up to 10m. In special applications where the distance to the material is small - up to 2m - and constant, we can set, at the module production stage, a smaller line thickness. With a working distance of 1m, it is possible to achieve lines of less than 1mm thickness. The colour of the material being worked on can make a difference if it is intense. Example - if only blue material is being processed, it will make sense to use a blue laser, even though a green laser of the same power is theoretically much brighter. Why? The material is blue in colour because it reflects blue light and absorbs the rest of the colours. Environmental lighting conditions have a huge impact on the visibility of laser lines. It is one thing to work in a standard office or hall environment (300-500 lux illumination), another to work outdoors in a shaded area or on a well-lit indoor workstation (1000-2000 lux), and yet another to work in bright sunlight (30000-100000 lux). The brighter the working environment, the more laser power is needed to make the line clearly visible.Calculators to calculate line visibility If you want to compare the brightness of two lasers, for example to see how wavelength (colour) affects brightness at the same power, such a calculator can be found with us at: https://docs.lambdawave.eu/tools/relative_brightness_calculator.html If you know the lighting conditions (illuminance in lux) prevailing where you want to place the laser, then you can directly calculate the line contrast. A reasonably well visible line starts with a contrast (in the calculator - Weber contrast) of 1:1. A well visible line requires a contrast of 3:1-5:1. The line visibility calculator can be found with us at: https://docs.lambdawave.eu/tools/line_visibility_calculator.html . Application - woodworking industryPositioning of materialDetermination of cutting lines. . . Application - stone industryPositioning of materialDetermination of cutting lines. . . . . . Application - textile industryPositioning of materialDetermination of cutting linesPositioning of details. . . . Application - otherStoragePositioningProduction lines3D scanningEntertainment industry . . . . . .

Price: 349 USD

Location: Wegorzewo

End Time: 2023-11-17T16:48:35.000Z

Shipping Cost: 25 USD