ns pulsed laser iris

ns pulsed laser iris

LBS-IS
Nanosecond lasers
Characteristics

- 671, 647 nm
- max pulse energy: 80 uJ; max avg. power: 4 W
- pulse duration 15-50 ns; PRR 50-200 KHz
- DPSS, active q-switch

DPSS nanosecond pulsed laser, active q-switch, 671, 647 nm, 80 uJ, 50-200 KHz, 4 W, 15-50 ns

We offer the LBS-IS DPSS nanosecond (ns) pulsed laser in red and blue for research (R&D) applications and laboratory use, but above all, given its connectivity, size and low power consumption, for industrial integration as an OEM.

 

The LBS-IS platform is based on an active Q-Switched DPSS technology and the LBS-IS model generates laser pulses in the ns range up to 200 kHz repetition rate.
Most of the commercially available lasers emitting in the blue and red spectral regions are typically CW lasers with limited peak power.

 

LBS-IS represents a relevant innovation, providing unmatched peak pulse energy and superior beam quality at wavelengths of 671nm and 447nm, including dual wavelength versions.
With the introduction this visible nanosecond laser series, we enlarge our portfolio of active Q-Switched lasers, allowing the laser integrators and final users to explore new application field like LiDAR, spectroscopy, medical / diagnostics and special material processing.

 

LBS-IS-671 and LBS-IS-447 nm have a compact air-cooled single-unit footprint and an IO interface compatible with the other laser models manufactured by Bright Solutions.

 

Specifications and models of the LBS-IS DPSS nanosecond (ns) pulsed laser in red and blue:

  LBS-IS-671 LBS-IS-447
Wwavelength 671 nm 447 nm
Max Avg. Power 4 W 2 W
Q-Switch Rep. Rate 50 to 200 KHz
Pulsewidth 15 to 50 ns
Polarization Linear > 100:1
Beam Diameter <1 mm (opt. Beam expander)
Cooling Air (opt. conductive or water)
Supply Voltage 24 V DC
Operating Temperature 15 to 35°C

 

Options available for the LBS-IS family of DPSS ns lasers:
- Dual wavelength configuration (multiline pulsed laser)
- Beam expanding and collimating optics
- Pulse energy modulation (control)
- Remote Control Box and Software Interface
- AC-DC Power Supply

 

Key applications:
- Material processing
- Specialty marking
- LiDAR
- Medical
- Scientific

 

In the following table you can see our most common models of nanosecond pulsed lasers, with their maximum pulse energy and average power values for each emission wavelength.

    LBS-AO LBS-WE LBS-OA LBS-OE LBS-SL LBS-IS LBS-MP
Pulse Energy / Avg. Power (mJ/W, max) 3100   >0.1          
1570 20/1 0.8          
1064 100/5 4/18 1/15 0.4/4 /CW 0.4/40 /CW   0.1/1.5
1030       0.1/3/CW      
946             0.035/0.35
671           0.08/4  
532 40/2 2/12 0.75/15 0.04/1.2 /CW 0.1/10   0.0025/0.375
515       0.04/1.2 /CW      
473             0.009/0.09
447           0.04/2  
355 20/1 0.6/4 0.15/0.6   0.04/4   0.002/0.3
266 12/0.6 0.5/0.75 0.08/1       0.002/0.3
236.5             0.002/0.3
Rep. Rate (KHz) up to 100Hz S.S. to 100 S.S. to 100 max 30 (fix) 10-100 50-200 up tp 15
Pulse, ns (1064nm) 5-15 0.4-2.5 2-12 <5-20 6-80 15-50 <2
Other   DPSS DPSS DPSS DPSS DPSS DPSS Chip
    active Q active Q active Q passive Q active Q active Q passive Q

 /CW: also CW operation

 

These are bright solutions for ns laser applications, but they are not the only ones available.

Our nanosecond lasers are not low cost but are economical, cost-effective models for their high performance.

 

Don't forget that if you have or need a laser, you may very well need our PCL services:
- laser safety training
- laser safety consultancy

 

Or maybe our laser related products:
- laser protection products: goggles & helmets, windows, barriers, curtains, cabins, clothing
- laser power and energy measurement
- laser beam profile analysis
- spectrometers

 

More information: ventas@procarelight.com / +34 605 024 420

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