
( Brand: Thales ), ( Manufacturer Part Number: TH-C1715-F4 ), ( Part Type: Laser ), ( Country/region Of Manufacture: United States )
The Thales TH-C1715-F4 High-Power Fiber Laser Diode stands as a testament to cutting-edge technology and exceptional performance in the realm of continuous-wave (CW) fiber lasers. This 808nm laser diode, produced by the renowned Thales group, is designed to deliver an impressive 15 Watts of power, making it an ideal choice for a wide array of applications.
The TH-C1715-F4 is engineered with a precise wavelength of 808nm, which is well-suited for numerous materials processing tasks, particularly those involving high-absorption-coefficient materials. Its high power output and narrow spectral bandwidth ensure efficient and focused energy delivery, resulting in superior material processing performance.
This laser diode features a robust fiber-coupled design, ensuring easy integration into fiber-optic systems. The fiber coupling facilitates the safe transportation of the laser beam, minimizing the risk of direct exposure to the high-intensity light source. The TH-C1715-F4 is an excellent choice for applications such as laser marking, laser cutting, and laser welding, where high power and precision are essential.
The TH-C1715-F4's continuous-wave operation enables steady, reliable performance over extended periods. This makes it ideal for applications that require consistent power output, such as pumping solid-state lasers or delivering high-power CW beams for various industrial and research purposes.
In summary, the Thales TH-C1715-F4 High-Power 808nm Fiber Laser Diode offers exceptional power, precision, and reliability. Its robust design, narrow spectral bandwidth, and high power output make it a versatile solution for a wide range of applications, from materials processing to laser pumping. Invest in the TH-C1715-F4, and experience the power of continuous-wave fiber laser technology.
The Thales TH-C1715-F4 Fiber Laser Diode 808nm, 15W CW is a device often used in various applications that require high-powered lasers, such as material processing, medical imaging, and scientific research. Analyzing its pros and cons can help you make an informed decision.
Pros:1. High Power Output: With a continuous wave (CW) output of 15W at 808nm, this diode can deliver high power density for efficient material processing or other applications that demand a strong laser source.
2. Stable Emission: Thales is known for manufacturing reliable and stable lasers, making this diode a suitable choice for applications requiring long-term performance and minimal maintenance.
3. Fiber Delivery: The fiber-delivered design allows for easy integration into various systems and minimizes alignment issues, making installation more straightforward.
4. Lower Heat Generation: Compared to traditional bulk lasers, fiber lasers like the TH-C1715-F4 generate less heat, which can help extend the lifespan of the diode by reducing thermal stress and the need for active cooling.
Cons:1. Cost: High-power laser diodes like the Thales TH-C1715-F4 tend to be more expensive than lower-power alternatives, which may be a barrier for some users.
2. Size: Due to its higher power output, the TH-C1715-F4 may be larger than some lower-power diodes, potentially posing challenges in systems with limited space.
3. Requires Proper Cooling: While fiber lasers generate less heat than traditional lasers, they still need proper cooling to maintain performance and longevity. This might require additional components and infrastructure.
In conclusion, the Thales TH-C1715-F4 Fiber Laser Diode 808nm, 15W CW is a suitable option for applications that require high-power laser output and long-term stability. Its fiber delivery design and lower heat generation make it easier to integrate and maintain compared to traditional lasers. However, consider the cost, size, and cooling requirements before making a purchase decision. If the application demands lower power or budget constraints are a concern, it may be worth exploring lower-power alternatives.
This is new in original box. Cw output power: 15 connector: SAM 905fiber core diameter: 400umwave length : 808nm data sheet included. Been in storage locally.