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Energy tunable sub-nanosecond microchip lasers (266-1064 nm)

Products / Lasers/Light /DPSS / Diode Lasers /Nanosecond Pulsed Laser (266nm-3.4μm) /Energy tunable sub-nanosecond microchip lasers (266-1064 nm) /
Energy tunable sub-nanosecond microchip lasers (266-1064 nm)
Fiber-coupled Output Free Space Output Related Products Order Now!
SIMTRUM provides energy tunable sub-nanosecond microchip lasers with built-in electronic control module, optical trigger output module and laser driver circuitry in a fully sealed design for high reliability and plug-and-play operation. This compact, plug-and-play product is widely used in laser engraving, laser marking, laser remote sensing, acousto-optic imaging and other fields.

Features

  • Adjustable Repetition Rate (1-200 Hz)
  • Energy Output Adjustable by Upper Computer Software
  • Low Jitter of Optical Trigger Output Signal (<100 ps)
  • High Reliability, Fully Sealed Design
  • Plug and Play

Applications

  • Photoluminescence
  • Laser Engraving
  • Raman Spectroscopy
  • Microscopy
  • Laser Remote Sensing
  • Acousto-Optical Imaging
Product Specifications
Product Number LL-RL01-1064-0.2-50-1-FC LL-RL01-532-0.2-25-1-FC LL-RL01-355-0.2-25-1-FC LL-RL01-266-0.2-10-1-FC
Wavelength（nm） 1064 532 355 266
Fiber-coupled Pulse Energy（μJ） 50 25 25 10
Energy Stability RMS≤3%
Energy Adjustment Step Accuracy 1%
Pulse Width（ns） ≤1
Repetition Rate（Hz）* 1-200 Hz Adjustable
Polarization Characteristics ≥100：1
Fiber Parameters 200μm, 0.22NA
Power Input* 24V DC
Modulation Input TTL 0-5V, SMB Interface
Control Interface RS232
System Average Power Consumption (W) ＜10
System Peak Power Consumption (W) ＜20
Operating Temperature（℃） 15~35
Storage Temperature（℃） -10~60
Dimension (W×H×L) 82 mm×79 mm×250 mm

*Continuous pulse mode and burst mode support an operating frequency of 16-200 Hz.
*Power supply adapter can support 90-260V AC power input.
*All data in this table are typical values obtained from room temperature testing at 25℃.

 

Test Data

Typical Pulse

Optical Trigger Output

Spot Shape

SIMTRUM provides energy-tunable sub-nanosecond microchip lasers with built-in electronic control module, optical trigger output module and laser driver circuitry in a fully sealed design for high reliability. The compact, plug-and-play spatial output products with divergence angles up to 2 mrad or less are widely used in laser engraving, laser marking, laser remote sensing, and acousto-optic imaging.

Features

  • Adjustable Repetition Rate (1-200 Hz)
  • Energy Output Adjustable by Upper Computer Software
  • Low Jitter of Optical Trigger Output Signal (<100 ps)
  • High Reliability, Fully Sealed Design
  • Plug and Play

Applications

  • Photoluminescence
  • Laser Engraving
  • Raman Spectroscopy
  • Microscopy
  • Laser Remote Sensing
  • Acousto-Optical Imaging
 
Product Specifications
Product Number LL-RL01-1064-0.2-60-1-FS LL-RL01-532-0.2-30-1-FS LL-RL01-355-0.2-25-1-FS LL-RL01-266-0.2-15-1-FS
Wavelength（nm） 1064 532 355 266
Free Space Pulse Energy（μJ） 60 30 25 15
Energy Stability RMS≤3%
Energy Adjustment Step Accuracy 1%
Pulse Width（ns） ≤1
Repetition Rate（Hz）* 1-200 Hz Adjustable
Beam Mode TEM00
Full Angle Divergence
Typ. (mrad)		 Horizontal @1/e2 ≤2
Vertical @1/e2 ≤2
Polarization Characteristics ≥100：1
Power Input* 24V DC
Modulation Input TTL 0-5V, SMB Interface
Control Interface RS232
System Average Power Consumption (W) ＜10
System Peak Power Consumption (W) ＜20
Operating Temperature（℃） 15~35
Storage Temperature（℃） 0~60
Dimension (W×H×L) 82 mm×102.8 mm×240 mm

*Continuous pulse mode and burst mode support an operating frequency of 16-200 Hz.
*All data in this table are typical values obtained from room temperature testing at 25℃.

 
Test Data

Typical Pulse

Optical Trigger Output

Spot Shape

Model Wavelength Options Pulse Width Rep. Rate Pulse Energy
Energy tunable sub-nanosecond microchip lasers
(266-1064 nm)		 266-1064 nm ≤1 ns 1-200 Hz 10-60 μJ
High Repetition Rate sub-nanosecondmicrochip lasers
(266-1064 nm)		 266-1064 nm 1.2-2.5 ns 1-20 kHz 2-400 μJ
Erbium glass Eye-safe nanosecond Laser
(1535 nm)		 1535 nm 5-12 ns 5/10 Hz, 1-5 kHz 100 μJ-3 mJ
Microchip laser accessories
(213-1064 nm)		 213-1064 nm / / /
DPSS nanosecond Laser
(266 nm-3.4 μm)		 266/351/355/527/532/
1064/3400 nm		 5-60 ns 1-200 kHz 25 μJ-2 mJ
Single longitudinal mode picosecond microchip lasers
(532/1064 nm)		 532/1064 nm 300-500 ps 20/100 kHz 0.5-3 μJ
Low repetition rate/Long pulsed picosecond microchip lasers
(213-1064 nm)		 213-1064 nm 300-900 ps 10/100 Hz, 1-10 kHz 2-400 μJ

 

 


If you need our technical team for guidance on product selection or customization, please help to provide below technical information, it helps to speed up the process.

 

Items Detail Unit Remark
Application      
Working Wavelength   nm  
Average Output Power   mW  
Pulse Width   ns  
Pulse Energy   μJ  
Repetition Rate   Hz  
Energy Stability   %  
Output Method   / Fiber-coupled/ Free Space

 

 

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