SOL-532
DPSS Laser, ns Pulsed, 1064 nm, up to 35 W, up to 200 kHz, 6 ns to 80 ns
Key Features:
- Up to 35W @ 532nm
- Single Shot – 100kHz repetition rate
- 15ns to 70ns pulse width
- 300 kW peak power
- Compact Air-cooled Single Unit
- Electronic pulse energy modulation
- Sealed and rugged
- Monolithic design
- 24 V dc
- RS232 monitor port
There are many configurations and options available. If you do not see exactly what you need below, please contact us!
POPULAR CONFIGURATIONS:
Picture |
Part Number |
Part Description |
Datasheet |
Price |
Lead Time |
|
---|---|---|---|---|---|---|
SOL 3W-532 |
Compact Nanosecond Laser, 532nm, 3W, 10 to 100kHz |
10-14 weeks |
Get Quote | |||
SOL 5W-532 |
Compact Nanosecond Laser, 532nm, 5W, 10 to 100kHz |
10-14 weeks |
Get Quote | |||
SOL 10W-532 |
Compact Nanosecond Laser, 532nm, 10W, 10 to 100kHz |
10-14 weeks |
Get Quote | |||
SOL 15W-532 |
Compact Nanosecond Laser, 532nm, 15W, 10 to 100kHz |
10-14 weeks |
Get Quote | |||
SOL 30W-532 |
Compact Nanosecond Laser, 532nm, 30W, 10 to 100kHz |
10-14 weeks |
Get Quote | |||
SOL 35W-532 |
Compact Nanosecond Laser, 532nm, 35W, 10 to 100kHz |
10-14 weeks |
Get Quote |
SOL laser series is a compact, air-cooled DPSS nanosecond laser that is capable of up to 35W and 2mJ at 532nm, is offered in a rugged, lightweight single unit design that allows for easy and reliable integration in micro-machining and marking applications. The SOL series design, available at both 1064nm and 532nm, is based on a permanently aligned monolithic optical resonator integrated with 24 Vdc powered drive electronics with integrated/smart forced air-cooling
Due to the compact monolithic design, optical fibers and other delicate cable connections are not necessary for system integration. The new electronic interface allows the user to integrate the laser according to the most recent safety standards for industrial machines (EN 13849) and to monitor the laser status through an RS232 port. A new version of the Control Box and a new proprietary Software Interface are available for simplified remote control and monitoring.
The high peak power and the excellent beam quality of SOL lasers make them the ideal source for the most demanding industrial and scientific applications. Compactness, insensitivity to environmental conditions and ease of handling guarantee superior operational flexibility and performance/cost ratio.
Type | |
---|---|
Wavelength (nm) | |
Output power (W) | |
Pulse energy (uJ) | |
Pulse width | |
Rep rate | |
Q-switch type |