
( Brand: Stanford Research Systems ), ( Manufacturer Part Number: NL100 ), ( Part Type: Laser ), ( Country/region Of Manufacture: United States )
The NL110B Pulsed Nitrogen Laser, manufactured by Stanford Research Systems, is a highly specialized and advanced laser system designed for precise and high-energy applications. This particular model, which is part of the NL100 series, operates at a wavelength of 337nm, making it an excellent choice for applications that require ultraviolet light.
The NL110B is a pulsed nitrogen laser, meaning it delivers energy in short, powerful bursts. This feature is particularly beneficial in various scientific research and industrial applications, such as laser ablation, micro-machining, and photolithography, where precise control over the energy output is crucial.
The laser system features a highly stable and reliable nitrogen gas discharge system, ensuring a consistent and repeatable performance. The system also includes a user-friendly control interface, allowing operators to easily adjust the parameters of the laser pulses to suit their specific needs.
Bruker Daltronics, a renowned name in the field of analytical instrumentation, is the partner responsible for the quality assurance and calibration of this laser system. This collaboration ensures that the NL110B meets the highest standards of performance and reliability, making it an ideal choice for demanding and critical applications.
In summary, the NL110B Pulsed Nitrogen Laser from Stanford Research Systems is a powerful and versatile tool for a wide range of scientific research and industrial applications. Its 337nm wavelength, pulsed operation, and high reliability make it a standout choice for those requiring precise and high-energy laser technology.
Pros of buying a NL110B Pulsed Nitrogen Laser (Stanford Research Systems NL100, 337nm, Bruker Daltronics):1. High-power and excellent performance: The NL110B is a powerful and reliable laser source, capable of delivering up to 110 W of output power at 337 nm wavelength. This makes it suitable for various applications, such as spectroscopy, fluorescence, and other laser-based experiments.
2. Excellent beam quality: The NL110B provides a high-quality beam, with low divergence and a small beam diameter, resulting in more efficient and precise experiments.
3. Stability and reliability: The laser is known for its long-term stability and reliability, with minimal drift or fluctuations in output power, making it an ideal tool for long-term research projects.
4. Bruker Daltronics' reputation: Bruker Daltronics is a well-established and trusted company in the field of scientific instruments, and their association with the NL110B ensures a high-quality product with excellent customer support.
Cons of buying a NL110B Pulsed Nitrogen Laser:1. High cost: The NL110B is a high-end laser system, and its price reflects its advanced features and capabilities. The cost may be prohibitive for researchers or labs with limited budgets.
2. Complexity and technical requirements: The NL110B is a sophisticated instrument with advanced features, which may require specialized knowledge and expertise to operate and maintain effectively.
3. Limited applications: Although the NL110B is a versatile laser source, it may not be suitable for all experimental needs. For example, it may not provide the required wavelength range for certain spectroscopic applications.
Conclusion:In conclusion, the NL110B Pulsed Nitrogen Laser is an excellent choice for researchers and labs requiring a high-power, high-quality, and reliable laser source for various applications. Its advanced features and excellent performance make it a valuable asset in any laboratory. However, its high cost and technical complexity should be carefully considered before making a purchase decision.
Recommendation:If you have the budget and the necessary expertise, the NL110B Pulsed Nitrogen Laser is an excellent investment for your research lab. Its advanced features and high performance will ensure that you can conduct your experiments efficiently and accurately, leading to valuable and groundbreaking scientific discoveries. However, it's essential to thoroughly evaluate your research needs and budget before making a final decision. If the NL110B is not the best fit for your needs, there may be other laser systems available that better suit your requirements and budget.
Pulsed nitrogen laser Stanford Research NL100 337nm bruker daltronics NL110B clean, used system made by Systems, inc. May be useful as is for low energy applications or can refurbished by swapping in a new laser cartridge.
10 and please before buying if you require a shipping method that is not listed. This is in working condition, but low power, making about 60uj per pulse with the HIV turned all way up.
11 which pertain to complete laser products.
Warranty items listed as-is do not include any.
Full specs and users manual can be found on the Sr's web site. Items listed as new or used are guaranteed to arrive in the condition described listing.
Sr's for bruker daltronics.
These lasers are used in LIFO spectroscopy, Mali-toff and ion trap mass spectrometer, UV microscopy the high peak power makes them great for pumping dye. 11 and for providing the user with all necessary safety warnings information.