NakuLaser Blog

 It's a 638nm 30W high power fiber coupled laser system . There are CW/TTL/Analog 3 working modes available on the back of the power supply. When TTL/Analog is selected, external signal access is required. A radiator is added to the bottom of the laser head to extend the continuous working time of the laser. The heat sink under the laser head integrates 3 cooling fans.  The laser from optical fiber output port. We add a collimator on the fiber output port, the focal is adjustable. Turn on the laser and adjust the current of the power supply to adjust the output power of the laser. The strong red laser beam from collimator port.

 This high quality blue laser pointer will impress your coworkers, family and friends. Use it for your next presentation and everybody will know that you are ahead of the latest technology. [Features] 1. Ingenious appearance design, which completely differs from traditional laser flashlight; 2. Core accessories have strong power like other Ultra powerful blue laser pointer; 3. Complimentary accessories: protective glass, , charger, advanced aluminum case and the laser head with five kinds of patterns; [Specifications] Name: 3W Blue Laser Pointer  Wavelength: 445nm Output Power: 3W Class: Class IV Output Mode: Continuous Wave Laser Sharpe: Dot Product Color: Black Body Material: Aircraft-Grade Aluminum Project Distance: >5000 meters away (less in daylight) Warm-up Time: <1 second Power Supply: 2 x 18650 Li-ion Recharged Battery (Not Include)   WARNING: 1. Never look directly into the laser beam. Never point a laser beam at a person. Do not aim the laser at reflecti...

It is a 6W red semiconductor laser system . The laser head added a radiator, support longer continous work. The radiator is composed of aluminum sheet and cooling fan. There are CW/TTL/Analog 3 working mode . Its high power red laser beam, we need wear protective glasses.0~6 watt laser power can be adjusted by the button. Let's check it now.

Small Laser Marking Machine /Laser Engraving Machine Operating Instructions Video Instructions： 1. The rack is shipped in bulk and needs to be installed. 2. Install software: Exit anti-virus software -- Install driver -- Open engraving software -- Commissioning machine, laser open.

This laser is from OEM laser manufacturer   CivilLaser , it’s a blue semiconductor laser system, wavelength is   465nm , the max output power is 9000mW. It has three working mode: CW, TTL/analog modulation. Let’s check itnow.

This is most powerful semiconductor laser from CivilLaser, it's a infrared laser system, the wavelength is 980nm, output power is 45000mW . It's a most powerful invisible lab laser system. Let's check it now.

This semiconductor laser is from CivilLaser, it’s a infrared laser system, the wavelength is 980nm, the max output power is 10000mW , and it can be adjusted. It’s a high power invisible laser. It has three working mode: CW, TTL/Analog modulation. Let's check it now.

450nm 3W~8W high power semiconductor laser with adjustable power supply [Specifications] Product Name: 450nm Semiconductor laser Output Wavelength: 450nm ± 5 nm Spatial mode: Near TEM00 Output Power: 3W~8W (choose) Operating mode: CW or Modulation Beam Size: 4mmx2mm Beam Divergence Angle:  <3x0.5 mrad High light: <25mm Power Stability:  <3% per 4 hrs Temperature Stabilizing: TEC Warm Up Time: <1minute MTTF(mean time to failure): 10,000 hrs Laser head dimensions: 155(L)x77(W)x60(H)mm3 Modulation:  0~30khz Analog or TTL Power Supply: Standard type power supply / Lab Adjustable power supply (Choose) Warranty: 1 Year

Sébastien Février, researcher at XLIM (CNRS/Université de Limoges), and his team demonstrated that a bench-top, optical fibre-based laser source can be used to perform infrared spectromicroscopy with a precision rivaling, and in some regards even surpassing, that of experiments at large-scale synchrotron facilities. Synchrotrons are accelerator facilities that provide powerful infrared light used for analyzing the chemical content of biological tissues with micrometer scale resolution. This high precision chemical imaging technique enables an early diagnosis of pathologies such as cirrhosis and cancer. However, up to now, the very high cost of ownership and limited availability of synchrotron sources has hindered the deployment of chemical imaging technique in the hospital. Replacing the synchrotron with a compact laser source could unleash the potential of this technique and ease its implementation in the hospital, thus accelerating access to diagnosis and treatment. The res...

High Powered DPSS Laser 760nm 2000mW High Stability Near IR Diode Laser  FEATURES: 1.Ultra compact 2.Long lifetime 3.Cost-effectiveness 4. Easy operating APPLICATIONS: 1.Measurement 2.Spectrum analysis   SPECIFICATIONS: Product Name:760nm High Stability Laser Wavelength (nm):760±5 Output Power (mW):2000 Transverse Mode:Multimode Operating Mode:CW Power Stability (rms, over 4 hours):<5% Beam Divergence, Full Angle (mrad):<3.0 Beam Diameter at the Aperture (1/e2 , mm):~5×8 Beam Height From Base Plate (mm):29 Warm-up time (minutes):<5 Operating temperature (¡æ):10~35 Power supply (100-240VAC)"PSU-H-LED/ PSU-H-FDA (Default) TTL / Analog modulation"TTL or Analog with 1Hz-1kHz 1kHz-10kHz, 10kHz-30kHz, 30kHz-100kHz optional Expected lifetime (hours):10000 Warranty period:1 year

WASHINGTON — Lockheed Martin will create a high-powered laser for the U.S. Air Force that will be demonstrated on a fighter jet in 2021. The company was recently awarded a $26.3 million contract to design and build a fiber laser as part of an Air Force Research Laboratory program called Self-protect High Energy Laser Demonstrator, or SHiELD. That laser will be integrated with two other main subsystems: a pod that will power and cool the laser and a beam-control system, which will direct the laser onto the target. If successful, the technology could be a game-changer. The Air Force has long desired an airborne laser so that it can take out surface-to-air and air-to-air missile threats more cheaply than current intercept methods. Industry has struggled for about a decade to make a laser small enough to be installed on a vehicle or aircraft that was also powerful enough to be relevant on a battlefield, Rob Afzal, Lockheed’s senior fellow of laser weapon systems, said during a Tuesd...