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Low repetition rate/Long pulsed picosecond microchip lasers (213-1064 nm) | SIMTRUM Photonics Store

Products / Lasers/Light /DPSS / Diode Lasers /Picosecond Pulsed Laser (213-1064 nm) /Low repetition rate/Long pulsed picosecond microchip lasers (213-1064 nm) /
Low repetition rate/Long pulsed picosecond microchip lasers (213-1064 nm)
Short Pulse Low Repetition Rate Long Pulse Related Products Order Now!
SIMTRUM provides short-pulse picosecond microchip lasers with high energy stability, high beam quality and small size. They support internal and external triggering for secondary development applications. With available seed source OEM circuit solutions, this product is widely used in seed sources, laser processing, laser spectroscopy and nonlinear optics.

Features

  • High Energy Stability
  • High Polarization Stability
  • TEM00 Beam Mode
  • High Reliability and Compactness

Applications

  • Seed Source
  • Laser Processing
  • Laser Spectroscopy
  • Nonlinear Optical Measurements
 
Specifications
Product Number LL-RL01-1064-0.1-10-350 LL-RL01-532-0.1-3-300 LL-RL01-355-0.1-1.5-300 LL-RL01-266-0.1-0.5-300
Wavelength（nm） 1064 532 355 266
Average Output Power（mW） 10 3 1.5 0.5
Output Energy（μJ） 100 30 15 5
Pulse Width（ns） 350 300 300 300
Repetition Rate（kHz） 0.1
Power Stability ±3% @8 hours
Beam Mode TEM00
Angle of divergence
Typ. (mrad)		 Horizontal@1/e2 12 10 8 8
Vertical@1/e2
Polarization Characteristics ＞100: 1
Power Input 100-240V AC, 50/60 Hz
Control Interface RS232, USB
System Power Consumption (W) ≤25
Operating Temperature（℃） 15~35
Storage Temperature（℃） 0~60
Laser Head Size (W×H×L) 45 mm×33 mm×120 mm
Power Supply Size (W×H×L) 180 mm×90 mm×180 mm

*Built-in beam spreading can be customized to meet small emission angle requirements (<2 mrad).
*Seed source OEM circuit solutions are available.
*All data in this table are typical values obtained from room temperature testing at 25℃.

 

Dimensions
Laser Head Dimensions (Center Output) 
 
 
 
Laser Head Dimensions (Side Output) 
 
Driver Power Supply Dimensions

SIMTRUM provides low repetition rate picosecond microchip lasers with high energy stability, high beam quality, small size and support for dual pulse width output. The product is compact and accepts customized single pulse energy, and is widely used in laser ranging, medical aesthetics and laser ablation.

Features

  • High Energy Stability
  • High Polarization Stability
  • TEM00 Beam Mode
  • High Reliability and Compactness
  • Supports Dual Pulse Width Output
  • Red Light Indication Available

Applications

  • Laser Ranging
  • Medical Aesthetics
  • Laser Ablation
Specifications
Product Number LL-RL01-1064-0.01-2-350 LL-RL01-1064-0.01-5-350 LL-RL01-1064-0.01-3-500/2000
Wavelength（nm） 1064
Average Output Power（mW） 2 5 3/3
Output Energy（μJ） 200 500 300/300
Pulse Width（ns） 350 350 500/2000
Repetition Rate（kHz） 0.01
Power Stability ±3% @8 hours
Beam Mode TEM00
Angle of divergence Horizontal@1/e2 8 6 6/4
Typ. (mrad) Vertical@1/e2
Polarization Characteristics P偏振，＞100：1 500 ps：P-polarization，＞100：1
2 ns：S-polarization，＞100：1
Power Input 12V, 2A
Control Interface SMA
System Power Consumption (W) ≤10
Operating Temperature（℃） 15~35
Storage Temperature（℃） 0~60
Laser Head Size (W×H×L) 45 mm×33 mm×120 mm 145 mm×70 mm×46 mm
Power Supply Size (W×H×L) 68 mm×35 mm×120 mm 100 mm×23 mm×100 mm

*Optional red light indication.
*All data in this table are typical values obtained from room temperature testing at 25℃.

 

 
Dimensions

Single Pulse Width Laser Head Dimension

Single Pulse Width Drive Power Supply Dimensions

 

Dual Pulse Width Laser Head Dimension

 

Dual Pulse Width Drive Power Supply Dimensions

SIMTRUM provides long pulsed picosecond microchip lasers with high energy stability, high beam quality and small size. They support internal and external triggering for secondary development applications. The products cover the wavelength range of 213-1064 nm and are widely used in the fields of seed sources, laser processing, laser spectroscopy, radar ranging, and nonlinear optics.

Features

  • High Energy Stability
  • High Polarization Stability
  • TEM00 Beam Mode
  • High Reliability and Compactness

Applications

  • Seed Source
  • Laser Processing
  • Radar Ranging
  • Laser Spectroscopy
  • Nonlinear Optical Measurements
 
Specifications
Wavelength（nm） 1064 532 355* 266* 213*
Average Output Power（mW） 100 300 300 50 150 150 20 50 50 10 40 40 4
Output Energy（μJ） 100 60 30 50 30 15 20 10 5 10 8 4 4
Pulse Width（ns） 750 650
Repetition Rate（kHz） 1 5 10 1 5 10 1 5 10 1 5 10 1
Power Stability ±3% @8 hours  
Beam Mode TEM00  
Angle of divergence
Typ. (mrad)		 Horizontal@1/e2 8 12 7 10 5 8 5 8 5
Vertical@1/e2
Polarization Characteristics ＞100：1  
Power Input 100-240V AC, 50/60 Hz  
Control Interface RS232, USB  
System Power Consumption (W) ≤25 ≤20 ≤30 ≤25 ≤30 ≤35 ≤25 ≤25 ≤30 ≤25 ≤30 ≤30 ≤25
Operating Temperature（℃） 15~35  
Storage Temperature（℃） 0~60  
Laser Head Size (W×H×L) 45 mm×33 mm×120 mm  
Power Supply Size (W×H×L) 180 mm×90 mm×180 mm  

*The 355/266/213 nm products have a side exit structure, while the rest of the products have a center exit structure.
*Trigger mode for frequency <20 kHz is rising edge trigger. For frequency >20 kHz, the trigger is gated, TTL 5V, SMA interface.
*Built-in beam expanding function can be customized to meet the demand of small emission angle.
*All data in this table are typical values obtained from room temperature testing at 25℃.

Ordering Information / Product Number
Series Wavelength（nm） Rep. Rate（kHz） Average Power（mW） Pulse Width（ns）
LL-RL01 1064 1 100 750
5 300
10 300
532 1 50 750
5 150
10 150
355 1 20 650
5 50
10 50
266 1 10 650
5 40
10 40
213 1 4 650
 
Dimensions
Laser Head Dimensions (Center Output) 
 
 
 
Laser Head Dimensions (Side Output) 
 
Driver Power Supply Dimensions

Model Wavelength Options Pulse Width Rep. Rate Pulse Energy
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
Energy tunable sub-nanosecond microchip lasers
(266-1064 nm)		 266-1064 nm ≤1 ns 1-200 Hz 10-60 μJ
High Repetition Rate sub-nanosecond microchip 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

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  
Power Stability   %  
Pulse Width   ps  
Pulse Energy   μJ  
Repetition Rate   kHz  

 

 

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Search Reset
Compare Model Drawings & Specs Availability Reference Price
(USD)
LL-RL01-1064-1-100-750
Working Wavelength: 1064nm， Average Output Power: 100mW ，Pulse Energy: 100μJ ，Pulse Width: 750ps， Repetition Rate: 1kHz ，Power Stability: ±3%@ 8hours ，Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-1064-5-300-750
Working Wavelength: 1064nm ，Average Output Power: 300mW， Pulse Energy: 60μJ ，Pulse Width: 750ps ，Repetition Rate: 5kHz ，Power Stability: ±3%@ 8hours ，Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-1064-10-300-750
Working Wavelength: 1064nm ，Average Output Power: 300mW ，Pulse Energy: 30μJ ，Pulse Width: 750ps， Repetition Rate: 10kHz Power Stability: ±3%@ 8hours ，Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-532-1-50-750
Working Wavelength: 532nm ，Average Output Power: 50mW ，Pulse Energy: 50μJ ，Pulse Width: 750ps ，Repetition Rate: 1kHz ，Power Stability: ±3%@ 8hours， Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-532-5-150-750
Working Wavelength: 532nm， Average Output Power: 150mW ，Pulse Energy: 30μJ ，Pulse Width: 750ps， Repetition Rate: 5kHz ，Power Stability: ±3%@ 8hours， Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-532-5-150-750
Working Wavelength: 532nm， Average Output Power: 150mW ，Pulse Energy: 30μJ ，Pulse Width: 750ps， Repetition Rate: 5kHz ，Power Stability: ±3%@ 8hours， Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-532-10-150-750
Working Wavelength: 532nm， Average Output Power: 150mW ，Pulse Energy: 15μJ， Pulse Width: 750ps ，Repetition Rate: 10kHz， Power Stability: ±3%@ 8hours， Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-355-1-20-650
Working Wavelength: 355nm， Average Output Power: 20mW， Pulse Energy: 20μJ ，Pulse Width: 650ps ，Repetition Rate: 1kHz， Power Stability: ±3%@ 8hours， Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-355-5-50-650
Working Wavelength: 355nm ，Average Output Power: 50mW ，Pulse Energy: 10μJ ，Pulse Width: 650ps ，Repetition Rate: 5kHz ，Power Stability: ±3%@ 8hours， Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-355-10-50-650
Working Wavelength: 355nm， Average Output Power: 50mW ，Pulse Energy: 5μJ ，Pulse Width: 650ps ，Repetition Rate: 10kHz ，Power Stability: ±3%@ 8hours ，Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-266-1-10-650
Working Wavelength: 266nm ,Average Output Power: 10mW, Pulse Energy: 10μJ ,Pulse Width: 650ps ,Repetition Rate: 1kHz, Power Stability: ±3%@ 8hours, Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-266-5-40-650
Working Wavelength: 266nm, Average Output Power: 40mW, Pulse Energy: 8μJ, Pulse Width: 650ps ,Repetition Rate: 5kHz ,Power Stability: ±3%@ 8hours, Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-266-10-40-650
Working Wavelength: 266nm ,Average Output Power: 40mW, Pulse Energy: 4μJ ,Pulse Width: 650ps, Repetition Rate: 10kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00 		Contact us Request for quote
LL-RL01-213-1-4-650
Working Wavelength: 213nm,Average Output Power: 4mW, Pulse Energy: 4μJ ,Pulse Width: 650ps, Repetition Rate: 1kHz ,Power Stability: ±3%@ 8hours, Beam Mode: TEM00 		Contact us Request for quote

LL-RL01-213-1-4-650 - Parameter

LL-RL01-266-10-40-650 - Parameter

LL-RL01-266-5-40-650 - Parameter

LL-RL01-266-1-10-650 - Parameter

LL-RL01-355-10-50-650 - Parameter

LL-RL01-355-5-50-650 - Parameter

LL-RL01-355-1-20-650 - Parameter

LL-RL01-532-10-150-750 - Parameter

LL-RL01-532-5-150-750 - Parameter

LL-RL01-532-5-150-750 - Parameter

LL-RL01-532-1-50-750 - Parameter

LL-RL01-1064-10-300-750 - Parameter

LL-RL01-1064-5-300-750 - Parameter

LL-RL01-1064-1-100-750 - Parameter

LL-RL01-213-1-4-650 - Download

LL-RL01-266-10-40-650 - Download

LL-RL01-266-5-40-650 - Download

LL-RL01-266-1-10-650 - Download

LL-RL01-355-10-50-650 - Download

LL-RL01-355-5-50-650 - Download

LL-RL01-355-1-20-650 - Download

LL-RL01-532-10-150-750 - Download

LL-RL01-532-5-150-750 - Download

LL-RL01-532-5-150-750 - Download

LL-RL01-532-1-50-750 - Download

LL-RL01-1064-10-300-750 - Download

LL-RL01-1064-5-300-750 - Download

LL-RL01-1064-1-100-750 - Download

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