America's premier international photonics, bio Photonics and laser industry professional exhibition

Venue: San Francisco Convention Center
Meeting time: January 28, 2017 to February 2nd
American Western optoelectronics show January 31, 2017 to February 2nd
Biomedical optics Expo January 28, 2017 - 29
American Society for optical engineering
Holding period: once a year
Shanghai Tour & Exhibition Co., Ltd.
American Western Optoelectronics
The Western photonics is the premier exhibition in the field of Optics and laser, which will be held from January 31, 2017 to February 2nd. This exhibition will be the ideal platform for you to look for the latest industry products, tools and applications to the needs of the majority of exhibitors. At present, the exhibition booth in 2016 has sold more than 1 thousand and 300 companies.
The Western Conference will allow you to communicate with more than 20 thousand people and over 1300 exhibitors. In addition, you can visit the world's most comprehensive photon and laser conference.
Laser scope:
Laser source
Nonlinear optics and beam steering
Micro / nano applications
Macro application
Optoelectronic field:
Optoelectronic materials and devices
Photonic integration
Nanophotonics
Moems-mems Photonics
Advanced quantum and optoelectronic applications
Semiconductor lasers and LED
Display and holography
Optical communication: system equipment
3D print
Biomedical optics
The United States biomedical optics Expo is the world's largest professional exhibition, covering clinical, Biomedical Photonics and biophotonics field research and development foundation of transformation, the front also represents the emerging technology industry. The exhibition will allow you to visit the scene with more than 7 thousand people and more than 220 exhibitors face to face exchanges. In addition, you can also visit a professional conference dedicated to biomedical optics and biological optics.
Two world top exhibitions held at the same venue.
The United States biomedical optics Expo will be held in San Francisco Conference Center, mascon from January 28, 2017 to 29, the show is the world's largest biomedical photonics and biophotonics. The biomedical optics Expo will be held on Saturday and Sunday for two days. In the vigorous development of biomedical optics and optoelectronics industry, this exhibition will have more than and 220 companies to showcase the latest industry technology.
BIOS field exhibitors:
Photonic therapeutics and diagnostics
Neural Department of Neurosurgery, photonics, and genetics
Clinical techniques and systems
Tissue optics, laser tissue interaction, tissue engineering
Biomedical spectroscopy, microscopy and imaging
Nanobiophotonics
brain research
Transformation Study
3D print
Benefits of exhibitors:
- increase your income
- identifying the hottest opportunities in the industry
- contact your customer
- demonstrate your new product
Placing ads and sponsorships for exposure
The last exhibition
In 2016 the western United States show optical has more than 20000 viewers, in addition, on Biomedical Photonics and biophotonics field, industrial lasers and laser and optoelectronic materials and devices, MEMS and MOEMS photonics technology and nanotechnology field, the show also has nearly 4800 papers published in the scene, this is a display of your work the results of the stage, but also the exhibitors and audience close contact with these occasions leading experts in the field.
Overview of the development of optoelectronics industry in the United States
Compared with Japan, the photoelectron industry in the United States has a late start, and the scale of American enterprises is generally smaller than that of japan. However, the major breakthroughs in optoelectronic technology are from the United States, and the focus of the world's optoelectronic technology research in the United states. The United States has always maintained a high investment in science and technology, in the field of traditional optoelectronics and a number of areas of science and technology has a strong technical advantage and development potential.
1) development overview
The United States government will be included in the "national key technology", "the new technology of the Ministry of Commerce" and "the key technology of the Ministry of defense". In 1995, the American Association for the advancement of photoelectron industry (OIDA) in the investigation and comparison of optoelectronic technology development in the United States and Japan, that the United States should pay attention to market development in optical communication industry, in the field of photoelectric display to strengthen manufacturing inopticalstorage to strengthen research and development, and to develop a development plan for 5 years, 10 years the. Today, the United States in optical communications and optical display industry has caught up with and surpassed japan.
In 1998, the United States Tucson in Southern Arizona, Arizona that university has established the "center of Optics Valley". "Optics Valley" in more than 150 companies, mainly engaged in precision electronic parts, electronic design software development, positioning system, laser, electronic data transmission and storage, as well as the production and service of large optical lenses and parts, to further intensify the development of the optoelectronic industry.
The United States hopes that in the next 20 years, the photovoltaic industry will be able to grow at a rate of 25% per year, by 2020, the total energy consumption in the United States can account for photovoltaic energy of 15%. In the United States twenty-first Century photovoltaic industry development goals to complete four tasks: the photovoltaic industry in a leading position in the world; in the photoelectric energy conversion technology to seize competitive advantage; optoelectronic industry market share and the growth rate of the products and sustainable development; make photovoltaic industry more attractive to investors.
2) development characteristics
1 focus on military research and development of Optoelectronics
U.S. defense demand is a major driving force for the development of optoelectronic industry. In the early 90s, the United States for optoelectronic industry technology research