Taihan FIBER OPTICS

A fiber optic sensor enables more precise and accurate real-time measurements since it is not affected by surrounding electromagnetic waves. In addition, as tens of sensors can be produced and installed at the same time on one strand of optical fiber, its management costs less and it is easy to install.

Sensing technology that features quick change sensing is used to prevent safety accidents. It quickly senses temperature and flow changes, and water or gas leakage from water, oil and gas pipelines and helps takes measures quickly, therefore, it prevents the problem from escalating.

If fiber optic sensors are installed throughout an entire city, they can support management of the city infrastructures and public facilities, traffic management, and disaster response much easier to make the city more sustainable.

The fiber optic cable-based system using the technologies of DTS (Distributed Temperature Sensing), DAS (Distributed Acoustic Sensing), and DVS (Distributed Vibration Sensing) thoroughly monitors various internal changes of industrial factories and warns early about many dangerous situations to prevent big accidents. The fiber optic cable-based system using the technologies of DTS (Distributed Temperature Sensing), DAS (Distributed Acoustic Sensing), and DVS (Distributed Vibration Sensing) thoroughly monitors various internal changes of industrial factories and warns early about many dangerous situations to prevent big accidents.

The fiber optic sensing technology enables autonomous driving by connecting with the vehicle system and mapping the surrounding environment. It responds to environmental changes including traffic signals, pedestrians, and other vehicles and weather. And its anti-collision, blind spot sensing, and automatic parking technologies contribute to implementing the safer autonomous driving system. The fiber optic sensing technology enables autonomous driving by connecting with the vehicle system and mapping the surrounding environment. It responds to environmental changes including traffic signals, pedestrians, and other vehicles and weather. And its anti-collision, blind spot sensing, and automatic parking technologies contribute to implementing the safer autonomous driving system.

The fiber laser, which has been spotlighted as the alternative of the existing solid-state and gas lasers since the 2000s, has high energy efficiency based on superb output and low loss. This characteristic enables generation of flexible gain medium-based laser beam, and precise target adjustment reaching.

Taihan Fiberoptics has been continuing to develop high-power fiber laser field since winning the dual use technology development project in 2016, using the special optical fiber project as its new growth engine. Since then, it is spurring research and development for localization of YDF (Optical fiber for lasers), which is the key component applied to industry, medical treatment, aviation, national defense, etc. Taihan Fiberoptics has been continuing to develop high-power fiber laser field since winning the dual use technology development project in 2016, using the special optical fiber project as its new growth engine. Since then, it is spurring research and development for localization of YDF (Optical fiber for lasers), which is the key component applied to industry, medical treatment, aviation, national defense, etc.

The excellent performance of the fiber laser enables high quality material processing, and particularly, its compact design is very popular in terms of the high stability and efficiency. Since our industrial laser products do not have SRS and TMI and contains high mode and excellent pump light absorption functions, and minimize photodarkening, they are stable in demanding applications as well. The excellent performance of the fiber laser enables high quality material processing, and particularly, its compact design is very popular in terms of the high stability and efficiency. Since our industrial laser products do not have SRS and TMI and contains high mode and excellent pump light absorption functions, and minimize photodarkening, they are stable in demanding applications as well.

Thanks to the fiber laser’s characteristics such as high precision, flexibility, and minimization of collateral damages, the fiber laser is used as the key material for the next-generation national defense arms. As it easily fits in the LIDAR, defensive applications, missiles, laser weapons, etc., it is also used for defense against anti-air threats, of course, miniaturization and lightweighting of weapons. Especially Taihan Fiberoptics’s fiber laser products mostly used for LIDAR support efficient energy conversion, high stability of bond, and easy engineering.

The world is interested in the universe, where human activities will take place going forward, and research on fiber laser technology of communications, energy transmission, and observation fields which is the cornerstone to achieve this. Taihan Fiberoptics’ research and development of its high-power fiber lasers are contributing to improvement in the LIDAR technology used for measuring air composition and the laser sounder technology used for the sound quality control system in the NIR (near infrared) frequency band.

In modem medicine, operations involving minimal incisions are becoming more popular since these operations allow quick recovery and our quality of life is improved when any disease can be diagnosed and treated quickly and accurately. Taihan Fiberoptics’ optical fiber for laser enables more than 90% of the input laser to reach the target when using it and helps more effective treatment.

Taihan Fiberoptics, leading the innovative special fiber optic product development based on the quartz manufacturing technology and R&D capability, develops key materials such as optical fibers and accessories for laser used for laser treatment for endoscope of internal medicine, and dermatology and surgical operations.

The powerful high-power fiber laser system is mostly used for the ophthalmic surgery, urology, ENT, and skin care. The fiber laser is also used for removal and cutting of skin tissue for various surgical operations and internal surgeries to minimize bleeding, pain, and incision. Taihan Fiberoptics makes efforts to improve the fiber optic technology for the powerful MLDS (Multi-Laser Delivery System), focusing on the medical staff’s needs and therapeutic effects.

Taihan Fiberoptics’ fiber optic ‘probe’ can adjust the laser into the most efficient radius as the length of the side light emitting part can be adjusted depending on the purpose of use, unlike foreign products. And it is expected to be used for the effective targeted therapy for cancer cells located in the body where the existing treatment devices could not reach and will be also used for more various treatments besides varicose vein treatment soon.