
( Brand: Jdsu ), ( Model: FCD488FC-020 ), ( Part Type: Laser )
The JDS Uniphase FCD488FC-020 Solid-State Laser is a cutting-edge instrument designed for cytometry applications, specifically emitting light at the wavelength of 488nm. This high-performance laser, part of the Uniphase family known for their precision and reliability, is a valuable tool for researchers and scientists working in the field of cellular analysis.
The FCD488FC-020 Solid-State Laser boasts a compact and durable design, making it easy to integrate into a variety of laboratory settings. It features a stable and powerful output, ensuring consistent and accurate results in your cytometry experiments. The laser's solid-state structure offers several advantages, including a long operational lifetime, reduced maintenance requirements, and improved safety compared to traditional gas lasers.
This 488nm laser is ideally suited for excitation of fluorescent probes commonly used in flow cytometry, immunofluorescence, and other cellular analysis techniques. Its narrow emission linewidth further enhances the signal quality, leading to improved sensitivity and resolution. The FCD488FC-020 also offers excellent beam quality, with a high degree of spatial and temporal coherence, ensuring optimal performance in a variety of optical setups.
In summary, the JDS Uniphase FCD488FC-020 Solid-State Laser is a versatile and powerful tool for cytometry applications. Its compact design, stable output, and long operational lifetime make it an essential piece of equipment for any researcher or scientist working with cells. Whether you're studying cellular dynamics, immunology, or molecular biology, this laser will provide the reliable and precise excitation needed to advance your research.
1. High-quality and reliable: JDSU is a renowned manufacturer known for producing high-quality and durable laser systems.
2. Solid-state technology: The solid-state design offers advantages such as long lifetime, excellent beam quality, and high stability.
3. Wavelength specificity: The 488 nm wavelength is ideal for excitation of fluorescent proteins and dyes commonly used in cytometry.
4. High power: The laser delivers a high power output, ensuring efficient excitation of samples in a short time.
Cons:1. High cost: The FCD488FC-020 laser is a premium product, and its price may be prohibitive for some users.
2. Specialized knowledge required: Proper operation and maintenance of the laser require a certain level of expertise, which may not be available to all potential buyers.
3. Limited flexibility: The specific wavelength may not be suitable for all experiments, requiring additional lasers for multi-color cytometry.
4. Size and weight: The laser may be larger and heavier than some other options, making it less portable.
Conclusion:The FCD488FC-020 JDSU Uniphase FCD488 nm solid-state laser offers high-quality performance, reliable operation, and a suitable wavelength for cytometry applications. However, its high cost, specialized knowledge requirements, and limited flexibility should be carefully considered before making a purchase decision.
Recommendation:If you have the budget and a need for a high-performance laser for cytometry applications, the FCD488FC-020 laser could be a good choice. If the cost is a concern, you might want to consider less expensive options or look for refurbished or used equipment. Additionally, ensure that you have the necessary expertise to operate and maintain the laser, or plan to invest in training or support.
Our apologies. The fibers are spliced together.
And the laser is tested. Excerpt from manufacturers publication. Our standard shipping price listed is only good for the continental USA.
The package contains both optical elements of laser and control electronics, allowing full diagnostics system through an analog interface rs232.
For crating or more significant packaging, please a quote.
The fcd488 is available in two versions: a free space and fiber-delivered version with same characteristics reliability as laser.
The components are put in hermetic packaging. If we fall short of your expectations, want to make it right.
It has a low heat load, so the laser operates without sink. The part was removed from a flow cytometry that disassembled for parts.
Based on Jdsu frequency converted diode technology, the fcd488 enables consistent high volume laser manufacturing, with a package, splice, and test design.