CNI Optics can provide dot series, line series and cross series laser modules
Dimensions: ¡é6.5x11, ¡é7x14, ¡é8x20, ¡é8x25, ¡é9x21, ¡é9x25, ¡é10x32,¡é10x36, ¡é12x32, ¡é12x36, ¡é13x35, ¡é14x42, ¡é16x50, ¡é16x70, ¡é18x60, ¡é20x70, ¡é22x80, ¡é26x70, ¡é26x110 (mm).
With a new development process, CNI has upgraded solid state 543 nm green laser up to 1 watt, 589 nm yellow laser up to 2 watts, and 660 nm red laser up to 2 watts, which has been designed as a complete laser solution for industry use in diverse applications.
Diode Laser
1. Measure rang: 0.30m;171;60m 2. Resolution: 0.001 3. Accuracy: ;¨¤1.5mm 4. Measure speed: 0.5sec. 5. Laser type: 635nm, class2, ¡ê188;1mw 6. Battery: 2;¨aa batteries 7. Battery life: up to 10, 000 measures 8. Dimension: 121mm;¨51mm;¨30mm 9. Operation temperature: 0;171;40;230; 10. Storage temperature: -10;230;;171;60;230; 11. Automatic switch-off, laser: 30seconds device: 180seconds
CW Diode Pumped Laser Modules (DPSS laser modules at 1064nm) are designed by side-pumping geometry with 808nm laser diode arrays and Nd:YAG rods. NDL is now providing high power laser modules with power from 20W up to 500W. It is widely used for industry, such as laser marking, engraving, welding, cutting, drilling and etc. 1) Technical Specifications Optical Output Power (CW): 20W, 30W, 50W, 75W, 100W ~ 500W Wavelength: 1064nm Nd:YAG Diameter:2mm ~ 8mm Beam Height:40mm, 45mm, 50mm optional 2) Download Data sheet: Fibre Coupled Laser Diode Modules Data sheet 3) Lead Time: 5~20 workdays. 4) Quote Request: Please contact us directly.
Dimensions: 6.5x12 mmWavelength: 650 nm Output Power: < 1 mw Beam Size: 90% (Voltage: 2.7 í½ 5.5 VDC )íííííííííííííí > 85% (Temp.: ú¡10ípC í½ 50ípC) Operating Voltage: 2.6 í½ 5.5 VDC Operating Current: < 28 mA Operating Temp.: - 10ípC í½ 50ípC torage Temp.: ú¡40ípC í½ 80ípC Optical Lens: Plastical CDRH Class: Class II.
Supplier: Green & blue laser red yellow UV infrared pulsed laser module, laser pointers, portable laser R& B
QCW Diode Pumped Laser Modules (DPSS laser modules at 1064nm) are designed with QCW laser diode arrays for Nd:YAG pumping. It can provide high pulse energy for amplification up to 2000mJ with high repetition rate up to 1KHz. These QCW DPSS laser modules are mainly used for research applications. 1) Technical Specifications Pulse Energy (200us): 20mJ ~ 2000mJ Wavelength: 1064nm Nd:YAG Diameter: 2mm ~ 8mm Nd:YAG Doping Level: 0.6~1.1% optional Beam Height: 40mm, 45mm, 50mm optional Repetition Rate: 0~100Hz, 100~500Hz, 500~1000Hz Max Duty Circle: 20% Pulse Width: 50~300us Cooling Structure: Water Cooled or Conductively Cooled Design Available. 2) Download Datasheet: Fiber Coupled Laser Diode Modules Data sheet 3) Lead Time: 5~20 workdays. 4) Quote Request: Please contact us directly.
Supplier: Laser, laser diode, laser module, laser diode module, red laser, green laser, visible laser, infrared laser, laser pointer, green laser pointer, semi conductor laser, dpss laser, yag laser, laser pointer, green pointer, green pen, laser pen
RFH 355nm UV Laser Marking Module Used For Paint Stripping On Plastic Buy UV laser RFH is the leading industrial solid-state uv laser manufacturer in Paint Stripping On Plastic,it is best to choose RFH 3w 5w 355nm UV Laser Marking Module Comparing with its kinds, S9 series UV laser features with rugged sealed cavity, extremely compact size, simple and robust, high stability, high efficiency, high reliability and excellent laser beam quality.Its compact design suggests no necessity in building big light path, which greatly reduces space and cost and makes it easy to be installed into UV laser marking machines. In addition, S9 series cavity structure is more stability and more excellent scalability, which means the same laser cavity can be produces multi-power lasers , and the stability of different power ranges is greatly improved S9 series uv laser characteristics 1. 355 nm output wavelength, Up to 200 Hz repetition rate; laser power ranging from 3w-10w; Continuous tuning of repetition rate while maintaining constant pulse energy, superior beam pointing and energy stability make the S9 the first choice for micromachining, marking and thin film removal applications 2. Exceptional beam quality