|Lasers and Optoelectronics|
Innovative beam sources and system components expand manufacturing capabilities and set new standards in precision, quality, effectiveness and cost efficiency. For example, light-emitting diodes (LEDs/OLEDs) are revolutionizing lighting and display technology.
Lasers and optical components are the foundation for all optical technologies and their applications, from information and communications technology to micro- and macro-manufacturing techniques as well as medical technology, diagnostics and therapy methods.
|Manufacturing technology for optics|
The rapidly growing market for optical technologies is constantly creating innovations and defining the latest requirements in the process. Competition increases, making it necessary to cut manufacturing costs and increase batch sizes.
|Sensors, test and measurement and optical measurement systems|
Optical sensors and laser-based measuring and testing systems are indispensible—and essential for quality and efficiency—in the industrial, skilled-trades, medicaltechnology and scientific sectors. After all, light is the perfect measuring tool: it is quick, accurate, contact-free and flexible.
|Laser systems for production engineering|
Lasers and laser systems are considered driving forces behind innovations in manufacturing that make it possible to improve production efficiency, optimize processes and increase productivity.
|Optical information an communication |
The information society produces and processes enormous quantities of data that can only be stored, transmitted and visualized with the help of photons, e.g. in the consumer-electronics, office-automation and printing sectors.
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|Biophotonics and Medical Engineering|
Medical components, systems and optical techniques are used to support diagnosis and therapy in nearly all fields of medicine. The exchange of information between photonics experts, industrial suppliers and physicians in medicine, biotechnology, environmental technology and the food industry gives rise to new applications.
Industrial image processing and photonicsare considered important key technologies because they help to increase efficiency and quality. They havea wide range of applications in sectors such as measuring and testing technology, optics, medical technology, photography, electronics and materials processing.
|Illumination and Energy|
New manufacturing techniques in photovoltaics, e.g. battery manufacturing, energy-saving lighting concepts and the use of renewable energy sources, and increased energy efficiency are technological achievements that help to master the global challenges of generating and storing energy and protecting the environment.
Optical technologies and their many potential applications are what make modern safety technology possible in the first place. From terahertz technology and biometric techniques to thermal imaging cameras, head-up displays, fingerprint analysis and alarm systems: optical technologies account for a large percentage of these solutions.
LASER World of PHOTONICS CHINA Nomenclature (17 KB)