
( Brand: Coherent ), ( Model: SAPPHIRE 561-100 ), ( Country/region Of Manufacture: Germany )
The 561-100 Coherent Sapphire Single Frequency Total is a cutting-edge, high-performance solid-state laser system, designed for applications where precision, stability, and reliability are paramount. This exceptional device is equipped with a uniquely engineered sapphire oscillator, ensuring single frequency operation with an exceptionally low spectral linewidth.
The sapphire laser crystal, renowned for its extraordinary thermal and mechanical properties, forms the heart of this laser system. Its inherent robustness and ability to withstand high power densities make it an ideal choice for demanding applications. The system's design ensures a near-diffraction limited beam with excellent beam quality, delivering outstanding performance even under challenging conditions.
The 561-100 Coherent Sapphire Single Frequency Total offers a wavelength of 561nm, placing it within the yellow-green region of the visible light spectrum, making it an excellent choice for a wide array of applications, including spectroscopy, biomedical research, and material processing.
The system is not only characterized by its technical excellence but also by its user-friendly design. The intuitive control software provides easy access to all essential parameters, allowing for quick and efficient adjustments to meet specific application requirements. Furthermore, the system's compact size and robust construction make it an ideal solution for both laboratory environments and industrial settings.
In summary, the 561-100 Coherent Sapphire Single Frequency Total is a high-performance, solid-state laser system that combines the exceptional properties of sapphire crystal with advanced engineering and user-friendly design to deliver a versatile and reliable solution for a wide range of applications. Its single frequency operation, high power, and exceptional beam quality make it a standout choice for those seeking exceptional performance and precision.
1. High-quality material: Sapphire is known for its durability and resistance to scratches, making it an ideal choice for high-precision applications.
2. Single frequency operation: Ensures consistent output, which is crucial for precise measurements and experiments in various scientific fields.
3. Coherent light: Allows for the generation of interference patterns, which is essential for applications like holography, interferometry, and spectroscopy.
4. Potential for high-power applications: Sapphire can withstand high power levels, making it suitable for intense laser operations.
Cons:1. High cost: Sapphire is a more expensive choice compared to other materials such as glass or quartz.
2. Limited wavelength range: Sapphire is primarily suitable for the ultraviolet (UV), visible, and near-infrared (NIR) regions, which may not cover the entire spectrum required for some applications.
3. Difficult fabrication: The process of cutting and polishing sapphire can be challenging due to its hardness, leading to higher production costs and potential quality issues.
4. Limited availability: Compared to other materials, sapphire may have more stringent sourcing requirements, which could result in supply chain issues and higher prices.
Conclusion:The 561-100 coherent sapphire single frequency total is a high-quality product suitable for applications that require precision, durability, and coherent light. However, its high cost, limited wavelength range, and difficult fabrication process may make it a less desirable choice for budget-conscious consumers or those with needs outside of the UV, visible, and near-infrared regions.
Recommendation:If the application requirements align with the capabilities of the 561-100 coherent sapphire single frequency total, it is recommended to invest in this product for its superior performance. For those with budget constraints or broader spectral requirements, alternative materials like glass or quartz may be more suitable and cost-effective. It is essential to carefully evaluate the specific needs of the application and compare the available options before making a decision.
Tested to output single frequency even though this is not a sf model. Here is a nearly new Coherent sapphire laser.
Many of them are. I test with a con focal scanning interfered to make sure the laser behaves at rated power.
We built the new USB interfaced controller into a box and wired power supply to drive laser. Just the laser head by itself lists for 10k so this is a great deal company or university to save money.
30 day warranty to ensure a good laser. The original sapphire Opal design was supposed to be single frequency. Some are not or flip.