
( Brand: Vortex ), ( Part Type: Line Laser )
The Vortex 780.240 ECDL Laser is a highly sophisticated and versatile optical instrument, specifically designed for applications that require precise control over the 6000 nm wavelength. This laser utilizes a TLM7000 temperature-controlled cavity diode as its light source, ensuring stability and consistency in output power.
The rubidium D2 line is the specific transition used in this laser, which provides a highly monochromatic and coherent light source. The laser's performance is further enhanced by its focus capability, allowing for a narrow beam width and high power density, making it ideal for applications such as spectroscopy, LIDAR, and other high-precision measurement techniques.
The Vortex 780.240 ECDL Laser is built with a robust and compact design, making it easy to integrate into various experimental setups. It features user-friendly control software that allows for simple and intuitive operation, as well as advanced features for fine-tuning the laser's output parameters.
In summary, the Vortex 780.240 ECDL Laser is a powerful and flexible instrument for applications that require precise control over the 6000 nm wavelength. Its use of a TLM7000 temperature-controlled cavity diode, rubidium D2 line, and focus capability make it an ideal choice for a wide range of applications in the fields of spectroscopy, LIDAR, and other high-precision measurement techniques.
Pros of buying Vortex 780.240 ECDL Laser 6000 TLM7000 Focus NM Cavity Diode Rubidium D2 Line:1. High Accuracy: The use of a Rubidium D2 line as the reference cavity provides excellent stability and high-precision measurements.
2. Wide Wavelength Range: The 780.240 nm wavelength is suitable for various applications, such as fiber optics, spectroscopy, and sensing.
3. High Power: The TLM7000 focus system allows for a high power output, making it ideal for applications requiring high energy levels.
4. Durable and Reliable: The Vortex 780.240 ECDL Laser is built to last with high-quality components and a robust design, ensuring long-term reliability.
Cons of buying Vortex 780.240 ECDL Laser 6000 TLM7000 Focus NM Cavity Diode Rubidium D2 Line:1. High Cost: The price of this laser system is relatively high, which may be a limiting factor for some buyers.
2. Complexity: The Vortex 780.240 ECDL Laser is a specialized and advanced system, which may require technical expertise to operate and maintain.
3. Size and Weight: Due to its high power output and complex design, the laser system is larger and heavier than some other options, which may be a consideration for users with limited space.
Conclusion:The Vortex 780.240 ECDL Laser 6000 TLM7000 Focus NM Cavity Diode Rubidium D2 Line is an excellent choice for applications requiring high precision, stability, and power. Its Rubidium D2 line reference cavity and TLM7000 focus system make it a reliable and versatile tool for various applications. However, its high cost, complexity, and size may be limiting factors for some buyers. Ultimately, the decision to purchase this laser system should be based on the specific needs and requirements of the application.
Recommendation:If you require a high-precision, high-power laser system for your application, the Vortex 780.240 ECDL Laser 6000 TLM7000 Focus NM Cavity Diode Rubidium D2 Line is a strong contender. However, be sure to carefully consider the cost, complexity, and size of the system to ensure it is a good fit for your needs. It is recommended to consult with a technical expert or manufacturer representative to discuss your specific requirements and explore other options as well.
Lasers are dangerous. For more power, the fiber couplet can be removed for free space operation. 240 nm approx 15 MW through fiber Vortex 6000 power supply TLM7000 ecdl at inches head to power supply interface cable key's and ac power cord included fiber and other test equipment not included, just what's listed above.
When running the beam through a Rb 87 cell, the gas fluoresces as the laser is tuned through the hyper fine transitions. It appears the spectrum analyzer is reading a little high. 3 nm note this laser tunes through the d2 lines of rubidium.
New focus external cavity diode laser system. Proper laser safety glasses and safe laboratory practices should be maintained at all times.
Note the fiber I used for test is not the right fiber for the laser and is loss.