Techwin 1.5µm High Power CW(Continuous Wave) Erbium Doped Fiber with Broadband Linewidth (<1nm) and Ultra Low Phase Noise, Ultra Low Relative Intensity Noise (RIN) 1550nm Single Mode Fiber Laser for Testing and Measuring

The 1.5µm CW laser is high power fiber laser, the output power of which reaches a range of 1W~100W, and has near diffraction-limited beam quality at the same time. Utilizing control system based on microprocessor, this continuous-wave fiber laser features stable performance, long service life and maintenance-free operation. Through a clear interface LCD on the front panel, working state including output power and temperature can be displayed in real-time, warning messages will be sent in a timely manner. In addition, these fiber lasers can be provided in modular package according to your requirement, suited for system integration.Remote sensing is the science of obtaining information about objects or areas from a distance, typically from aircraft or satellites.

Optical sensors and fiber laser based testing and measuring system have proven to be used in various application areas outside of industrial manufacturing processes as well:

In monitoring applications for industrial production , optoelectronic processes have become essential: As opposed to conventional methods, these high-precision measuring processes are capable of lowering costs without compromising quality while enabling ecologically sustainable operations.

Architecture and design utilize the precision of laser-based measuring techniques to ascertain areas in order to optimize shapes or to achieve maximum precision in reverse engineering (making precise copies of a given object).

Criminalistics uses laser scanning for measuring and mapping crime scenes to create 3D models, enabling contactless search for evidence through measuring probes and hence avoiding compromised traces or pieces of evidence.

In forensics, stripe light projection is used as a measuring and testing system enabling precise spatial and dimensional reconstruction as well as digital reproduction of injuries.

Various natural sciences use optical analytical methods due to their excellent measuring capabilities for fast mapping and precise analysis of surfaces and motions.