High Repetition Rate sub-nanosecond microchip lasers (266-1064 nm)

SIMTRUM provides high repetition rate sub-nanosecond microchip lasers with the advantages of great beam quality, stable single pulse energy, high reliability and compact structure, supporting internal and external triggering. The fully sealed module inside the laser head is available for secondary development applications and is widely used in LIDAR, laser ranging, optical metrology, atmospheric monitoring and biomedical applications.
Features High Pulse Energy (120 μJ) High Repetition Rate (20 kHz) TEM00 Beam Mode High Reliability, Fully Sealed Design	Applications LIDAR Optical Parametric Oscillation (OPO) Pump Sources Laser Spectroscopy Laser Ultrasonics Atmospheric Monitoring 3D Scanning and Imaging Optical Metrology Biomedicine

Dimensions

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

Wavelength（nm）		1064				532				355*				266*
Average Output Power（mW）		120	300	400		60	150	150	200	30	50	50	60	10	40	30	40
Output Energy（μJ）		120	60	40	20	60	30	15	10	30	10	5	3	10	8	3	2
Pulse Width（ns）		2		1.5		1.5	1.2			1.5	1.2			1.5	1.2
Repetition Rate（kHz）		1	5	10	20	1	5	10	20	1	5	10	20	1	5	10	20
Power Stability		±3% @8 hours
Beam Mode		TEM00
Angle of divergence Typ. (mrad)	Horizontal@1/e²	8				6				5
	Vertical@1/e²	8				6				5
Polarization Characteristics		≥100：1
Power Input		100-240V AC, 50/60 Hz
Modulation Input		TTL 0-5V, SMB Interface
Control Interface		RS232, USB
System Power Consumption (W)		≤35
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 nm products have a side-emitting structure, while the rest of the products have a center-emitting structure.
*Trigger mode for frequency <20 kHz is rising edge trigger. Trigger mode for frequency >20 kHz is gated trigger, TTL 5V, SMA interface.
*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	120	2
		5	300	1.5
		10	400	1.5
		20	400	1.5
	532	1	60	1.5
		5	150	1.2
		10	150	1.2
		20	200	1.2
	355	1	30	1.5
		5	50	1.2
		10	50	1.2
		20	60	1.2
	266	1	10	1.5
		5	40	1.2
		10	30	1.2
		20	40	1.2

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

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	Availability	Reference Price (USD)
LL-RL01-1064-1-120-2 Working Wavelength: 1064nm, Average Output Power: 120mW ,Pulse Energy: 120μJ ,Pulse Width: 2ns ,Repetition Rate: 1kHz, Power Stability: ±3%@ 8hours, Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-1064-5-300-2 Working Wavelength: 1064nm, Average Output Power: 300mW ,Pulse Energy: 60μJ, Pulse Width: 2ns ,Repetition Rate: 5kHz, Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-1064-10-400-1.5 Working Wavelength: 1064nm ,Average Output Power: 400mW, Pulse Energy: 40μJ ,Pulse Width: 1.5ns ,Repetition Rate: 10kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-1064-20-400-1.5 Working Wavelength: 1064nm ,Average Output Power: 400mW, Pulse Energy: 20μJ, Pulse Width: 1.5ns, Repetition Rate: 20kHz, Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-532-1-60-1.5 Working Wavelength: 532nm ,Average Output Power: 60mW ,Pulse Energy: 60μJ, Pulse Width: 1.5ns, Repetition Rate: 1kHz ,Power Stability: ±3%@ 8hours, Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-532-5-150-1.2 Working Wavelength: 532nm ,Average Output Power: 150mW, Pulse Energy: 30μJ ,Pulse Width: 1.2ns,Repetition Rate: 5kHz, Power Stability: ±3%@ 8hours, Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-532-10-150-1.2 Working Wavelength: 532nm, Average Output Power: 150mW, Pulse Energy: 15μJ, Pulse Width: 1.2ns, Repetition Rate: 10kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-532-20-200-1.2 Working Wavelength: 532nm, Average Output Power: 200mW ,Pulse Energy: 10μJ, Pulse Width: 1.2ns, Repetition Rate: 20kHz, Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-355-1-30-1.5 Working Wavelength: 355nm, Average Output Power: 30mW ,Pulse Energy: 30μJ ,Pulse Width: 1.5ns ,Repetition Rate: 1kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-355-1-30-1.5 Working Wavelength: 355nm, Average Output Power: 30mW ,Pulse Energy: 30μJ ,Pulse Width: 1.5ns ,Repetition Rate: 1kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-355-5-50-1.2 Working Wavelength: 355nm ,Average Output Power: 50mW, Pulse Energy: 10μJ ,Pulse Width: 1.2ns, Repetition Rate: 5kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-355-10-50-1.2 Working Wavelength: 355nm, Average Output Power: 50mW ,Pulse Energy: 5μJ ,Pulse Width: 1.2ns, Repetition Rate: 10kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-355-20-60-1.2 Working Wavelength: 355nm, Average Output Power: 60mW, Pulse Energy: 3μJ ,Pulse Width: 1.2ns, Repetition Rate: 20kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-266-1-10-1.5 Working Wavelength: 266nm ,Average Output Power: 10mW ,Pulse Energy: 10μJ ,Pulse Width: 1.5ns, Repetition Rate: 1kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-266-5-40-1.2 Working Wavelength: 266nm, Average Output Power: 40mW ,Pulse Energy: 8μJ ,Pulse Width: 1.2ns, Repetition Rate: 5kHz, Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-266-10-30-1.2 Working Wavelength: 266nm, Average Output Power: 30mW, Pulse Energy: 3μJ ,Pulse Width: 1.2ns, Repetition Rate: 10kHz ,Power Stability: ±3%@ 8hours ,Beam Mode: TEM00	Contact us	Request for quote
LL-RL01-266-20-40-1.2 Working Wavelength: 266nm, Average Output Power: 40mW ,Pulse Energy: 2μJ ,Pulse Width: 1.2ns, Repetition Rate: 20kHz ,Power Stability: ±3%@ 8hours, Beam Mode: TEM00	Contact us	Request for quote

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High Repetition Rate sub-nanosecond microchip lasers (266-1064 nm)

Features

Applications

LL-RL01-266-20-40-1.2 - Parameter

LL-RL01-266-10-30-1.2 - Parameter

LL-RL01-266-5-40-1.2 - Parameter

LL-RL01-266-1-10-1.5 - Parameter

LL-RL01-355-20-60-1.2 - Parameter

LL-RL01-355-10-50-1.2 - Parameter

LL-RL01-355-5-50-1.2 - Parameter

LL-RL01-355-1-30-1.5 - Parameter

LL-RL01-355-1-30-1.5 - Parameter

LL-RL01-532-20-200-1.2 - Parameter

LL-RL01-532-10-150-1.2 - Parameter

LL-RL01-532-5-150-1.2 - Parameter

LL-RL01-532-1-60-1.5 - Parameter

LL-RL01-1064-20-400-1.5 - Parameter

LL-RL01-1064-10-400-1.5 - Parameter

LL-RL01-1064-5-300-2 - Parameter

LL-RL01-1064-1-120-2 - Parameter

LL-RL01-266-20-40-1.2 - Download

LL-RL01-266-10-30-1.2 - Download

LL-RL01-266-5-40-1.2 - Download

LL-RL01-266-1-10-1.5 - Download

LL-RL01-355-20-60-1.2 - Download

LL-RL01-355-10-50-1.2 - Download

LL-RL01-355-5-50-1.2 - Download

LL-RL01-355-1-30-1.5 - Download

LL-RL01-355-1-30-1.5 - Download

LL-RL01-532-20-200-1.2 - Download

LL-RL01-532-10-150-1.2 - Download

LL-RL01-532-5-150-1.2 - Download

LL-RL01-532-1-60-1.5 - Download

LL-RL01-1064-20-400-1.5 - Download

LL-RL01-1064-10-400-1.5 - Download

LL-RL01-1064-5-300-2 - Download

LL-RL01-1064-1-120-2 - Download

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