The demand for fiber-coupled laser diode modules for scientific applications continues to grow as researchers and scientists require reliable and precise laser sources for a variety of applications. Laser diodes are popular in scientific applications because they offer high output power, small packaging, and the ability to provide narrow line-widths with wavelength stability.
Fiber-Coupled Laser Diodes Modules for Scientific Applications
Fiber-coupled laser diode modules are becoming increasingly important as they offer advantages such as high coupling efficiency, high output power, and excellent beam quality. In scientific applications, researchers need accurate and repeatable measurements, which require precise laser sources. Fiber-coupled laser diodes modules can deliver this precision, offering controlled outputs over a broad range of wavelengths.
For scientific applications requiring lasers with low noise, high modulation, and stable long-term operation, fiber-coupled laser diode modules are essential. They also work wonders in applications such as DNA sequencing, spectroscopy, fluorescence measurement, and microscopy.
Product selector for laser diodes and diode modules exclusive in the US
EOC, a leading supplier of photonics equipment, is now offering an exclusive product selector for fiber-coupled laser diodes and diode modules. EOC has a vast inventory that meets different requirements, including single and multimode lasers, high-power lasers, and wavelength range lasers, among others.
Customers can easily navigate the product selector to find suitable laser diodes and diode modules based on their parameters such as wavelength, power, and fiber type, among others. With EOC's product selector, researchers can quickly and easily find the ideal laser diode configuration for their specific scientific application.
Price List for Fiber-Coupled Laser Diode Modules
The price of fiber-coupled laser diode modules can be significant depending on the specific scientific application. However, EOC is committed to offering affordable and high-quality laser diode modules that meet the varied demands of their customers.
EOC's price list for fiber-coupled laser diode modules is competitive, and it accommodates a broad range of budgets. Their prices start as low as $99 for basic laser diode modules and go up to $5,000 for more complex and advanced models.
Conclusion
Fiber-coupled laser diode modules are becoming increasingly important in scientific applications, requiring precise laser sources. Researchers can now benefit from EOC's exclusive product selector that enables them to quickly find the ideal laser diode configuration. EOC's price list also accommodates a broad range of budgets, making it affordable to access high-quality laser diode modules.
EOC is committed to helping researchers and scientists achieve their goals by providing top-notch photonics equipment, including laser diodes, diode modules, and other laser-related accessories. EOC's products meet high-quality standards, and their team is always available to provide technical support and advice to their customers.