As early as 2002, the Olympus CAMEDIA series of digital cameras sold more than 10 million units worldwide, fully demonstrating Olympus' strong market influence.
The E-510 body, which was launched in June 2007, also incorporated the first floating CCD anti-shake mechanism driven by an ultrasonic motor, officially known as IS (Image Stabilization), making it the third manufacturer to use this type of anti-shake countermeasure after Sony (formerly Konica/Minolta) and Pentax. A group of mirror-body supersonic wave motor lenses, also designed for fast focusing, will be released in 2007, with SWD (Supersonic Wave Drive) added to the product code to differentiate them.
In 1983 Olympus partnered with Canon to produce a line of video recording devices called Olympus Video Photography by JVC, even hiring famed photographer Terance Donovan to publicize them. A second version of the system was released the following year, but this was Olympus' last foray into the consumer video device market until the popularity of digital cameras.
Olympus, as the world's giant in the field of cameras, realized a brilliant performance in 2001 with more than 20 million μ-series cameras sold worldwide. Similarly in China, Olympus has stood firmly as the number one seller of civilian cameras in the country for eight consecutive years.
We are generally familiar with only Olympus cameras, but in fact the Olympus Group has achieved brilliant results in the fields of microscopes, medical instruments, conventional cameras, digital cameras, printers and other image solution products, as well as high-tech life engineering. For example, endoscopes have evolved from gastroscopes in the early stages of development to fiberoptic endoscopes and electronic endoscopes, and have so far become indispensable not only for examination and diagnosis, but also for diagnosis and treatment. Olympus endoscopes are trusted by the medical community and have an 80% market share worldwide.
Swarovski Crystals Special Edition E-P1 Digital Camera
The Swarovski Crystals Special Edition E-P1 has a number of Swarovski crystals embedded in the casing, which I believe makes it more suitable for hardcore Olympus fans or female users. However, its value as a collector's item far outweighs the value of the product itself, and it's worth keeping an eye on.
Olympus PEN E-PM1 Mini Camera
Olympus is positioning this 12-megapixel M43 camera as "the easiest-to-use PEN camera" that makes it easy for users of compact cameras to get started. It features a 3-inch 460,000-dot LCD, 1080i HD video recording, the ability to capture RAW images at up to ISO 12,800, and exposure modes that support full manual, aperture-priority, and shutter-priority. Body colors are available in purple, pink, brown, white and black. Olympus has a history of camera and lens design. The first truly revolutionary Olympus camera was the PEN model in 1959, which at the time was a very compact and lightweight half-cell camera. Half frame meant that 72 photos in 18 x 24 mm format could be taken on a standard 36 sheet film.
The design team for the PEN system was led by Mihisa Yoneya, and in the same spirit of design the team created the OM system, a full-frame, professional 35mm monocular camera that competed with Nikon and Canon for the best sales. the OM system introduced the trend for lighter cameras with its much smaller form factor than its competitors, as well as innovative design features such as the TTL autoflash, and the result was a camera with 14 different bodies and about 60 different camera models. The Zuiko line of lenses itself was famous for its small size and broke some photographic records for its focal length.
But Olympus didn't enter the autofocus market like its competitors, leaving it behind in the AF SLR market. Olympus is now one of the leading manufacturers of digital cameras, and is also the designer of the Four Thirds System, an open specification for the design and development of digital SLR cameras that has been re-designed for digital use. The E-System is based on this specification, and the Olympus E-1 was the first professional digital SLR camera to belong to the E-System, which was released by them in 2003. After that, E-300, E-500, E-330, E-410, E-510 and other bodies were launched (before E-410, there is still an E-400, which is only on sale in Europe and does not have the Live View function), in addition to the unique Super Sonic Wave Filter (SSWF, Super Sonic Wave Filter) to avoid the photographic elements from getting dusty and foreign matter, and after the E-330, the E-1 is the first professional DSLR that belongs to the E-System. In addition to the unique SSWF (Super Sonic Wave Filter), which prevents the sensor from dust and dirt, the E-330 and later models were equipped with the Live View function, which allowed photographers to view the scene instantly through the LCD just as they would in a normal digital camera, breaking away from the limitations of monocular cameras where the viewfinder was the only option. In 1950, Olympus made the world's first practical use of a gastroscope. Since then, Olympus has continued to contribute to the realization of optimal medical care by pursuing new products that reduce the burden on patients with the motto of "peace of mind and safety". At the same time, through the "Gastrointestinal Health Network," Olympus spreads the "three early" concept of "early detection, early diagnosis, and early treatment," and always creates new value for the realization of people's healthy and happy lives.
On the other hand, the company's products and services have been recognized by the public.
The Olympus medical business field is committed to providing product support for the entire medical field, including gastrointestinal endoscopes, surgical endoscopes, endoscopic instruments, ultrasonic endoscopes, total solutions for minimally invasive surgery, and business support systems aimed at improving the business efficiency of medical institutions, etc., and to disseminating the concept of "early detection, early diagnosis, and early treatment" to the general public through the operation of the "Gastrointestinal Health Network" (GHSN). "Through the operation of the "Gastrointestinal Health Network," the company spreads the concept of "early detection, early diagnosis, and early treatment" to the general public, making a significant contribution to the improvement of medical technology and the public's awareness of health issues. In order to grasp the first-hand data on the gastric health status of the Chinese people, in the 2012 "Love Stomach Month" activities, Olympus (China) Co., Ltd. jointly with a number of well-known national print media and Sina microblogging platform micro-voting, high-quality IPAD e-magazine and other new media, **** with the launch of the Chinese people's "Love Stomach Index Survey". "Love stomach index survey". The survey covers the stomach health status, the impression of endoscopy, love stomach awareness scoring and other issues, *** obtained nearly 4,000 valid answers, Olympus through the harvest of data scientific organization and analysis, and ultimately formed a can fully reflect the national "stomach ecology" of the "love stomach white paper".
The White Paper on Love of the Stomach reveals the state of health of the Chinese people with detailed data and vivid cases, and also reveals the social responsibility and direction of future health public welfare. It reminds people that more efforts are needed to popularize the concept of "Three Early Days". In 2013, the Olympus Gastrointestinal Health Public Welfare Activity turned a new page with the official debut of the "Take Care of Your Gastrointestinal System and Embrace Your Health" Health Public Welfare Salon. This activity is mainly for the high-risk group of gastrointestinal diseases in Tianjin from all walks of life over 45 years old, and brings you the opportunity to communicate with top gastrointestinal endoscopy experts; at the same time, Olympus is committed to promoting the in-depth publicity of the three-early concepts of "Early Detection, Early Diagnosis, and Early Treatment" based on the novel and unique activity platform, widely popularizing the gastrointestinal checkup knowledge, and establishing the concept of proactive health. The campaign has been widely publicized to promote the knowledge of gastrointestinal examination and to establish a positive and proactive concept of health.
As of September 2013, Olympus has successfully carried out large-scale theme public welfare salon activities in six cities, including Tianjin, Wuhan, Changsha, Shenzhen, Harbin, Qingdao, etc., and brought scientific health concepts and rich health knowledge to the public in the six cities, which received extensive support and recognition from the society, and accomplished a good story of corporate social welfare. In the field of life sciences, Olympus aims at bioscience research. To support the development of China's bioscience industry with advanced technology. With high-quality service, to provide users with intimate all-round support.
Olympus brand was founded in 1919, and in 1921 developed the first Japanese optical microscope "Asahi". Over the past ninety years, Olympus has always been at the forefront of the industry by virtue of its core competitiveness of "optical-digital technology", providing precise and professional microscope products to the field of life sciences, and has ranked first in sales in the Chinese and Japanese microscope markets for 30 consecutive years.
With the rapid development of science and technology, today's microscopes have long said goodbye to the simple lens optical structure, the application of microscopes is not limited to the observation of ordinary chromosome specimens, in the Olympus optical technology breakthroughs in innovation, a variety of smarter, more advanced microscopes have been developed and used for the further exploration of life's mysteries to provide a reliable support: the Olympus FSX100 to The Olympus FSX100 is based on the core concepts of "excellent images", "ultra-simple operation" and "good ergonomics", which simplify the complexity and make it easy for anyone to obtain stable and accurate microscopic images; The world's first fully built-in laser scanning*** focusing microscope FV 10i has a compact structure and a highly stable system through the fully integrated design, which makes the complicated operation and maintenance of laser*** focusing microscopes a thing of the past and embodies the concept of humanized design; the FV1000-MPE with multi-photon laser scanning technology is able to y observe the inner core of thick specimens or in vivo specimens. internal core of in vivo specimens, which has an extremely far-reaching impact on the study of neuroscience and tissue engineering of artificial organs, and opens up a new era of in-depth observation of microscopes. Olympus microscope products have always represented the industry's advanced level, widely used in life sciences and industrial research, well received by the majority of users and scientific research institutions. 2013 August unveiled the 2013 annual R&D 100 Awards (R&D 100 Awards) in the list of winners, the Olympus IX3 series of inverted microscopes by virtue of its ease of operation, higher imaging accuracy Olympus IX3 series inverted microscope with its ease of operation, higher imaging accuracy and flexible function expansion, won the U.S. expert jury recognized, successfully among the world's most representative 100 advanced scientific and technological achievements of the year 2013 in the forest, won the imaging product award. In September 2013, Olympus successfully launched a new era of FVMPE-RS new multi-photon scanning microscope, high-speed and high-sensitivity two-photon imaging technology, spatially accurate infrared light stimulation and visible light stimulation and deeper imaging depth, longer wavelength light calibration and transmittance system, the FVMPE-RS is known as the most advanced multi-color multi-photon microscope system so far, and will become a powerful support for life science research. It will be a powerful support for life science research. A series of typical problems that have plagued researchers in their studies will become a thing of the past with the arrival of the new era of "deep" research.
Directions
1. Biological Microscope
2. In Vitro Diagnostic Systems