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E-mail
sales@eachwave.com
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Phone
15618996225
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Address
Room 707-709, No. 955 Jianchuan Road, Minhang District, Shanghai
Shanghai Yichi Optoelectronic Technology Co., Ltd
sales@eachwave.com
15618996225
Room 707-709, No. 955 Jianchuan Road, Minhang District, Shanghai
To meet the needs of users in the fields of non-destructive testing and quality control, Shanghai Yichi Optoelectronics will provide a new type of productTHzPrototype display of linear scanning imaging system, display time:2017year7moon1day-2017year10moon1Welcome industry experts to come for reference and guidance!
TerasenseThe newly launched generationTHzLinear scanning imaging system - high-speed linear scanning terahertz imaging system, paired withType-2Terahertz source significantly improves imaging performance. This terahertz imaging system has an ultra fast response rate and can be applied to speeds up to15m/sDuring the production process of the conveyor belt. (Reference can be made to the frequency link of Shiyi: New Linear Scanning)THzImaging System)
The linear terahertz imaging system consists of two parts: a terahertz linear camera and a terahertz source. New terahertz linear scanning system paired with high-power terahertz source (output power)110mW)The output port is equipped with a special flat horn cone design, which is reflected by a curved mirror to enable the terahertz source to emitTHzThe beam of light covers uniformly and effectivelyTHzEach pixel of the camera.100GHz(wavelength)3mm)The terahertz source determines the spatial resolution of imaging1.5mmThis resolution is sufficient for most industrial applications.
Application areas: The high-speed linear THz imaging system can be applied to non-destructive testing of non-metallic materials, luggage inspection, rapid detection of foreign objects such as food, drugs, and cosmetics, rapid detection of defects in wood and building materials, and non-destructive testing of agriculture, animal husbandry, and cultural relics.
Inquiry: For more related information, please follow Shanghai Yichi * for detailed information:
http://www.eachwave 。。 com/




