Tamron develops lenses for photo, surveillance, automotive, medical, and thermal camera, etc. designs optics for a wide variey of ranges of wavelength.
In response to the ever-evolving performance of image sensors (CMOS) and new applications and demands, we utilize the know-how based on the optical technology and various design methods and evaluation methods that we have cultivated so far, and the shape, material, and number of lenses. From innumerable combinations of, placement, coating, etc., we find the optimum solution such as optical performance and size, which leads to product development that meets the needs of the market. Tamron also develops various technologies such as simulation of optical performance for more advanced design, equipment development for difficult assembly, optical component evaluation equipment that supports processing technology, and development of optical evaluation equipment.
In addition to the development of imaging lenses, we are also developing lighting technology and optical technology that utilizes lasers.
Through this series of developments, we will continue to take on the challenge of solving future social issues and creating new value for light.
Highly functional spectrum cameras are widely used in various applications such as industry, agriculture, analysis, biology and remote sensing as image sensors having light reception sensitivity covering wide band from visible to SWIR have advanced to the practical stage.
Utilizing SWIR range, available applications such as inspection, control and material identification are extended, and has greatly contributed to the efficiency and labor saving.
Tamron has developed new lens enabling to shoot visible to SWIR. With axial chromatic aberration correction technology corresponding to wide band, focus deviation to different wavelengths is suppressed to the limit and an image shooting is obtained without degrading resolution.
Furthermore, Tamron has the anti-reflection coating technology having high-transmittance from visible to SWIR.
Utilizing the coating technology, bright and clear image, without focus adjustment, can be obtained in the entire wavelength region.
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Detection of foreign substances (metal/non-metal, plastic etc.) in food manufacturing and agricultural fields.
Vegetation observation or environment monitoring in agricultural industry
Observation of wound or affected parts, early discovery of abnormal parts, fluorescence guided surgery in medical field
Surveillance under environment such as haze or smoke
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We look forward to putting Tamron technologies to work within your business.