
( Brand: Teem Photonics ), ( Manufacturer Part Number: NG-10320-T04 ), ( Output Power: Greater Than 20 Mw ), ( Wavelength: 532 Nm )
The TEEM Photonics NG-10320-T04 JS du Passively Q-Switched 532nm Nanolaser is a high-performance, compact laser solution designed for a wide range of applications. This nanolaser, operating at a wavelength of 532nm, is an ideal choice for those seeking a reliable and efficient source of ultrashort pulses.
The NG-10320-T04 operating frequency is 7kHz, delivering 3 microseconds pulse duration, and boasts a maximum power output of 20mW. Its passively Q-switched design ensures stable and reliable pulse generation, making it suitable for various applications such as micro-machining, material processing, and scientific research.
With a compact size, this nanolaser offers easy integration into various systems. It is built with robustness and reliability in mind, ensuring long-term operation in demanding environments. The TEEM Photonics NG-10320-T04 JS du Passively Q-Switched 532nm Nanolaser is a versatile tool for those seeking a high-quality, ultrafast, and compact laser source.
Product: Teem Photonics NG-10320-T04 JSDU Passively Q-Switched 532nm Nanolaser (7kHz, 3us/pulse, 20mW)
Pros:1. High Pulse Energy: With a pulse energy of 3 microjoules (3us/pulse), this nanolaser can provide significant energy for various applications that require high intensity pulses.
2. Power Output: A power output of 20mW is suitable for many research and industrial applications that require a moderate power level.
3. Q-Switched Operation: The passively Q-switched operation allows for ultra-short laser pulses, which can be beneficial in various fields such as micro-machining, spectroscopy, and material processing.
4. Stable Wavelength: The nanolaser operates at a stable wavelength of 532nm, which is within the visible light spectrum and is commonly used in many laser applications.
Cons:1. Limited Repetition Rate: The repetition rate of 7kHz may be too low for some high-throughput applications that require a faster pulse rate.
2. Power Limitations: With a maximum power output of 20mW, this nanolaser might not be suitable for applications that require higher power levels.
3. Size and Cost: As a specialized nanolaser, it may be larger and more expensive compared to traditional laser sources, which could be a disadvantage for budget-constrained projects.
Conclusion:The Teem Photonics NG-10320-T04 JSDU Passively Q-Switched 532nm Nanolaser is a versatile laser source that can be beneficial for various research and industrial applications requiring ultra-short pulses, high pulse energy, and a stable wavelength. However, its limited repetition rate, power limitations, size, and cost might make it less suitable for applications requiring higher repetition rates, power, or compactness.
Recommendation:If you are looking for a high-quality, compact, and powerful nanolaser for various applications that require ultra-short pulses and a stable wavelength, the Teem Photonics NG-10320-T04 could be a good choice. However, it is crucial to consider your specific application requirements and budget before making a decision. If you need a laser source with a higher repetition rate or power output, you may want to explore other alternatives in the market.
Pulse Duration: 20 mW for this laser. Cooling: Air-cooled. I will cancel any sale that attempts to ship outside the USA with one exception: If you provide Paperwork from a carrier like FedEx using your shipping account full value declared, can arrange for pickup. It ablates the coating on orange Day-Glow paper shown in photos.
Tested and guaranteed. Pulse Energy: 3 J. That is how it set up now. This is a JDSU Nanolaser passively Q-switched repetitively pulsed microchip laser consisting of NG-10320-T04 head and controller that runs on 115 VAC.
It may go off and back on as the temperatures stabilizes. Here are the specifications partially from Teem Photonics literature: Wave length : 532 nm. Protect your eyeballs.