STA-01-OEM Nd:YAG Solid-State Micro Laser

Sub nanosecond (<1 ns) single longitudinal mode passive Q-switched Nd:Yag micro lasers available from Standa are able to provide output peak power up to 200 kW, high pulse repetition rates up to 120 kHz and excellent beam profile M2<1.2. This family of high reliable, solid-state diode pumped lasers consists of a controller unit and a laser head. The controller unit includes a laser diode (LD) driver electronics, fiber pigtailed laser diode, and internal pulse generator. Built-in pulse generator can be replaced by external TTL triggering is a standard feature for all models.

Easy to deploy and use our OEM laser system lets you to concentrate on experiment rather than waste time on the laser. Please check the image below to find the available OEM product ranges. Dots indicate already manufactured OEM lasers.

TEM₀₀ and pulsed spectral structure SLM
Cost effective 1062.5 nm / 1064 nm output wavelength
High output energy and peak power
High repetition rates up to 120 kHz
High beam quality (M2<1.1)
Sub nanosecond pulses (<1 ns)
High reliability and stability
Compact OEM design
Cost effective

Models	STA-01-TH	STA-01-FH
Wavelength, nm	355	266
Average output power (max), mW	15	20
Pulse energy, µJ	> 1.5	20
Pulse duration, ns	< 0.5	< 0.5
Repetition rate (max), Hz*	10000	0.1-1000
Beam Profile	M2 < 1.2
Pulse spectral structure	single longitudinal mode
Polarization ratio	> 100:1
Beam Waist diameter inside the laser head 1/e2, µm**	25 – 200
Pulse spectrum FWHM, pm	< 5 (near transform limited)
Pulse to pulse energy stability RMS	< 0.6
Power stability over six hours***	<± 1,5%
External power supply voltage, V AC	100 – 240
Operatin temperature,°C	22±1 1 , non-condensing
Interfaces	USB, External trigger (TTL rising edge) 1Hz…max repetition rate
Laser head dimensions:
diameter, mm	30
length, mm	120
Warranty	12 months or 5000 hours whichever occurs first

*Selected operational frequency is set by manufacturer.
**Waist position depends on model.
***After 5 to 10 minutes warm-up and temperature variation of of <±3°C and <3°C/hour
¹ – Is specified an ambient temperature at which the laser parameters exactly meet the specifications in the table.