
( Brand: Process Instruments Inc ), ( Manufacturer Part Number: PI-ECL-785-1500-FC ), ( Part Type: Laser ), ( Country/region Of Manufacture: United States )
The Pi-ECL-785-1500-FC is a high-performance, frequency-stabilized laser beam expander specifically designed for applications in the hyper-spectral, Raman, and imaging processing fields. This laser beam expander operates at a wavelength of 785nm, making it an ideal choice for use with many commonly employed laser sources within these domains.
The Pi-ECL-785-1500-FC boasts a beam expansion ratio of 1500:1, permitting users to achieve a significant increase in the diameter of their laser beam while maintaining excellent beam quality. This makes it an excellent tool for applications that require a larger beam area, such as Raman spectroscopy or imaging applications where a larger field of view is necessary.
One of the standout features of this laser beam expander is its frequency stabilization, which ensures that the output beam maintains a consistent and stable wavelength, thereby reducing the effects of wavelength drift and improving overall system performance. This feature makes the Pi-ECL-785-1500-FC an excellent choice for demanding applications where precise wavelength control is essential, such as in hyper-spectral imaging systems.
The Pi-ECL-785-1500-FC is designed with robust construction, featuring a high-quality aluminum housing that is both lightweight and durable. The device is compact in size, allowing for easy integration into a variety of systems and setups. Additionally, it includes a FC/APC connector for seamless fiber coupling, ensuring minimal loss and excellent beam quality.
In summary, the Pi-ECL-785-1500-FC is a versatile and high-performance laser beam expander that is well-suited for a wide range of applications in the hyper-spectral, Raman, and imaging processing fields. Its frequency stabilization, large beam expansion ratio, and robust construction make it an excellent choice for applications that demand precision, stability, and reliability.
1. Frequency Stabilization: The built-in frequency stabilization ensures a stable and consistent output, which is crucial for precise measurements in various applications.
2. High Power: With a maximum output power of 1500mW, this laser beam expander can handle demanding tasks and deliver robust performance.
3. Wide Wavelength Range: The 785nm wavelength is ideal for numerous applications, including Raman spectroscopy, fluorescence microscopy, and imaging.
4. Beam Expansion: The laser beam expander feature allows for adjusting the beam size, providing flexibility in numerous applications.
5. Suitable for Hyper-Spectral Imaging: The laser's wavelength and power make it suitable for hyper-spectral imaging, which is essential in industries such as military, defense, and scientific research.
Cons:1. Potential High Cost: Given its advanced features and high power output, the Pi-ECL-785-1500-FC may be more expensive compared to other laser beam expanders.
2. Requires Specific Applications: The laser's wavelength and power make it most suitable for specific applications, such as Raman spectroscopy, hyper-spectral imaging, and fluorescence microscopy.
3. Safety Considerations: As with any high-powered laser, safety precautions should be taken when using this device, including protective eyewear and proper ventilation.
Conclusion:The Pi-ECL-785-1500-FC 785nm Frequency Stabilized Laser Beam Expander is a versatile and powerful tool that offers numerous benefits, particularly for applications in Raman spectroscopy, hyper-spectral imaging, and fluorescence microscopy. Its frequency stabilization feature ensures a consistent output, while its high power output allows for handling demanding tasks. However, its high cost and specific application requirements should be taken into account.
Recommendation:If you are in need of a high-powered, stable, and versatile laser for specific applications within the scientific, military, or defense industries, the Pi-ECL-785-1500-FC may be an excellent choice. However, consider the cost and safety requirements before making a purchase decision. It's always recommended to consult with an expert in the field if you are unsure about the suitability of this laser for your specific needs.
Estimated lifetime 9,000 hours or one year temperature controlled via te coolers. No ase filtering or optical isolation is required for most applications. Ambient operating temperature c thermal shutdown protection for over.
Power output 745 measured for this unit MW monitor photo diode requirements x 4. The laser has a narrow line- width , long lifetime, as well excellent frequency and intensity stability cm x 6 11 weight 4. The laser is powered with a dc power supply Included.
Polarization vertically polarized. This unit Includes square beam expander for field microscopy. 15 cm-1 line width 1 output beam free space fs.
Standard wave lengths 785 nm. Process Instruments, Inc.
Spatial mode single-transverse frequency-stabilized high power laser for laboratory, research, and oem raman instrumentation.