Exhibition information - China International Optoelectronic Expo (CIOE)
Website:http://www.cioe.cn/Time:September6-9,2016Venue:ShenzhenConventionandExhibitionCenterBoothNo.:1c-77Welcomefriendsfromallwalksoflifetimetemporaryguidance.
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Website:http://www.cioe.cn/Time:September6-9,2016Venue:ShenzhenConventionandExhibitionCenterBoothNo.:1c-77Welcomefriendsfromallwalksoflifetimetemporaryguidance.
Publicity of key special projects of "major scientific instrument and equipment development" in 2017
Sanyingprecisioncontrolhasundertakenthekeyscientificandtechnologicalproject"developmentandapplicationofhighprecisionnanodisplacementplatform"publishedbytheMinistryofscienceandtechnologyofthepeople'sRepublicofChinain2017,ranking19th. Recently,theMinistryofscienceandtechnologyannouncedthe2017annualprojectarrangementofninekeyspecialprojects,includingthenationalkeyR&Dplan"advancedrailtransit",includingthe2017annualprojecttobeapprovedbythenationalkeyR&Dplan"developmentofmajorscientificinstrumentsandequipment",whichtotaled50projectsin2017,includingmultipleinstrumententerprisesincludingSanyingprecisioncontrol. OnJune5,2017,theMinistryofscienceandtechnologypublicizedthe2017annualprojectarrangementofninekeyspecialprojectsincludingthenationalkeyR&Dplan"advancedrailtransit",includingthe2017annualprojecttobeapprovedbythenationalkeyR&Dplan"majorscientificinstrumentandequipmentdevelopment",whichtotaled50projectsin2017,includingsunnyHengping,GuangzhouHexin,spotlighttechnology,ZhongkeTianrongXianheenvironmentalprotection,Lihetechnology,gangyannakeandmanyotherinstrumententerprisesarelisted. Accordingtothe2017Applicationguideforkeyprojectsof"majorscientificinstrumentandequipmentdevelopment"issuedbytheformerMinistryofscienceandtechnology,andthegenerallayoutofmajorscientificinstrumentandequipmentdevelopmentprojectsin2017,itisplannedtocloselyfollowtheurgentneedsofcorekeycomponentsandmajorscientificinstrumentandequipmentforscientificandtechnologicalinnovation,industrialupgradingandsocialdevelopmentinChina'sadvancedmanufacturing,newmaterialdevelopment,environmentalprotectionandotherfieldsSupport50directions,accountingforabout40%oftheoveralltasklayoutofthe13thfiveyearplan,andthetotalbudgetofstateallocatedfundsisabout700millionyuan. In2017,thespecialapplicationforthedevelopmentofmajorscientificinstrumentsandequipmentisledbyqualifiedenterprises.Theprojectachievementisaimedatthedevelopmentandindustrialapplicationofkeycorecomponentsandmajorscientificinstrumentsandequipmentproductswithbroadmarketprospect.TheresearchontheprincipleandmethodofscientificinstrumentsandthedevelopmentofcorecomponentsandinstrumentswithunclearcommercializationprospecthavebeenindependentlysupportedinChinaOtherworks,aswellasclinicalmedicalinstruments,productionequipment,mechanicalequipment,platformconstruction,etc.,donotbelongtothesupportdirectionofthisspecialproject.
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Sanyingprecisioncontrolhasundertakenthekeyscientificandtechnologicalproject"developmentandapplicationofhighprecisionnanodisplacementplatform"publishedbytheMinistryofscienceandtechnologyofthepeople'sRepublicofChinain2017,ranking19th. Recently,theMinistryofscienceandtechnologyannouncedthe2017annualprojectarrangementofninekeyspecialprojects,includingthenationalkeyR&Dplan"advancedrailtransit",includingthe2017annualprojecttobeapprovedbythenationalkeyR&Dplan"developmentofmajorscientificinstrumentsandequipment",whichtotaled50projectsin2017,includingmultipleinstrumententerprisesincludingSanyingprecisioncontrol. OnJune5,2017,theMinistryofscienceandtechnologypublicizedthe2017annualprojectarrangementofninekeyspecialprojectsincludingthenationalkeyR&Dplan"advancedrailtransit",includingthe2017annualprojecttobeapprovedbythenationalkeyR&Dplan"majorscientificinstrumentandequipmentdevelopment",whichtotaled50projectsin2017,includingsunnyHengping,GuangzhouHexin,spotlighttechnology,ZhongkeTianrongXianheenvironmentalprotection,Lihetechnology,gangyannakeandmanyotherinstrumententerprisesarelisted. Accordingtothe2017Applicationguideforkeyprojectsof"majorscientificinstrumentandequipmentdevelopment"issuedbytheformerMinistryofscienceandtechnology,andthegenerallayoutofmajorscientificinstrumentandequipmentdevelopmentprojectsin2017,itisplannedtocloselyfollowtheurgentneedsofcorekeycomponentsandmajorscientificinstrumentandequipmentforscientificandtechnologicalinnovation,industrialupgradingandsocialdevelopmentinChina'sadvancedmanufacturing,newmaterialdevelopment,environmentalprotectionandotherfieldsSupport50directions,accountingforabout40%oftheoveralltasklayoutofthe13thfiveyearplan,andthetotalbudgetofstateallocatedfundsisabout700millionyuan. In2017,thespecialapplicationforthedevelopmentofmajorscientificinstrumentsandequipmentisledbyqualifiedenterprises.Theprojectachievementisaimedatthedevelopmentandindustrialapplicationofkeycorecomponentsandmajorscientificinstrumentsandequipmentproductswithbroadmarketprospect.TheresearchontheprincipleandmethodofscientificinstrumentsandthedevelopmentofcorecomponentsandinstrumentswithunclearcommercializationprospecthavebeenindependentlysupportedinChinaOtherworks,aswellasclinicalmedicalinstruments,productionequipment,mechanicalequipment,platformconstruction,etc.,donotbelongtothesupportdirectionofthisspecialproject.
The long cherished wish of the international measurement circle has come true
Contribute to the international measurement community!!!
Three Ying fine control and glory
"In the process of voting on the revision of the international system of units, the formal members of the metric convention standing up on behalf of one and saying yes, all the votes passed!" At 8:25 p.m. Beijing time on November 16, Chen hanghang, a metrologist who is voting on the revision of the international system of units in France, sent back real-time reports to China through live broadcast, cheering the Chinese metrology industry.
For the first time in history, the international measurement system is based on constant, which guarantees the long-term stability and global universality of the international system of units (SI).
Energy balance of China Academy of Metrology
The weight handling manipulator designed and developed by Sanying precision control can accurately switch four international standard weights of different weights without magnetism.
The Chinese Academy of metrology has independently established a kg reproduction device based on the new definition, and has successfully developed a vacuum mass measurement and quality standard transmission device, which can guarantee that China's mass value will be the same as the international equivalent in the future.
Sanying precision control has been adhering to the tenet of "high end innovation, lean manufacturing" and the goal of "building an international brand of China's high-end manufacturing", providing key technologies and building a solid foundation for the upgrading and transformation of China's manufacturing equipment industry, and helping "made in China 2025".
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Contribute to the international measurement community!!!
Three Ying fine control and glory
"In the process of voting on the revision of the international system of units, the formal members of the metric convention standing up on behalf of one and saying yes, all the votes passed!" At 8:25 p.m. Beijing time on November 16, Chen hanghang, a metrologist who is voting on the revision of the international system of units in France, sent back real-time reports to China through live broadcast, cheering the Chinese metrology industry.
For the first time in history, the international measurement system is based on constant, which guarantees the long-term stability and global universality of the international system of units (SI).
Energy balance of China Academy of Metrology
The weight handling manipulator designed and developed by Sanying precision control can accurately switch four international standard weights of different weights without magnetism.
The Chinese Academy of metrology has independently established a kg reproduction device based on the new definition, and has successfully developed a vacuum mass measurement and quality standard transmission device, which can guarantee that China's mass value will be the same as the international equivalent in the future.
Sanying precision control has been adhering to the tenet of "high end innovation, lean manufacturing" and the goal of "building an international brand of China's high-end manufacturing", providing key technologies and building a solid foundation for the upgrading and transformation of China's manufacturing equipment industry, and helping "made in China 2025".
Sanying Precision Control successfully applied for the research and development of ultra-precision displacement capacitive sensor in Tianjin Jingjinyu scientific and technological achievements transformation project
Through the introduction of foreign talents and technologies, Sanying Precision Control actively responds to the call of “Beijing-Tianjin-Hebei Integration” and “Made in China 2025” to jointly develop ultra-precision displacement capacitive sensors to achieve ultra-precision displacement measurement and acquisition. The key to improving the key. At present, domestic technology in this area lags far behind the international advanced level. The research and development of this project has reached the international advanced level, established its own national brand, participated in international competition, and provided strong support for the development of the national high-end equipment industry. The Tianjin Science and Technology Commission funded 500,000 yuan to encourage corporate research projects.
Project basic information
Project Name: Research and Development of Ultra-Precision Displacement Capacitance Sensor
Special field: Beijing-Tianjin-Hebei scientific and technological achievements transformation project
Project Category: Beijing-Tianjin-Hebei Science and Technology Achievements Transformation Project
Current stage: pilot test
Start and end time: October 2017 to September 2019
Main advantages of the project: outstanding product or process innovation
Technology: Advanced Manufacturing and Automation
Application Industry: Electronics and Information
Technology Source: Industry-University-Research Cooperation
Pre-funding situation: National Ministry of Science and Technology plan
R & D strength
The research and development project of ultra-precision displacement capacitive sensor is jointly undertaken by Sanying Precision Control and Institute of Electrical Engineering of Chinese Academy of Sciences. It has accumulated a large number of theoretical achievements and technical achievements in the independent intellectual property production capacity and high-precision control of a complete set of nano-displacement platform technology.
It has a research and development site covering an area of 1000 square meters of ultra-precision capacitive displacement sensors, and has set up a special research center. On the R&D equipment, the company introduced the whole line of equipment to support product development and innovation; in terms of software, it has some high-precision software; in the early stage, it has achieved preliminary results in terms of products, R&D technology and intellectual property.
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Through the introduction of foreign talents and technologies, Sanying Precision Control actively responds to the call of “Beijing-Tianjin-Hebei Integration” and “Made in China 2025” to jointly develop ultra-precision displacement capacitive sensors to achieve ultra-precision displacement measurement and acquisition. The key to improving the key. At present, domestic technology in this area lags far behind the international advanced level. The research and development of this project has reached the international advanced level, established its own national brand, participated in international competition, and provided strong support for the development of the national high-end equipment industry. The Tianjin Science and Technology Commission funded 500,000 yuan to encourage corporate research projects.
Project basic information
Project Name: Research and Development of Ultra-Precision Displacement Capacitance Sensor
Special field: Beijing-Tianjin-Hebei scientific and technological achievements transformation project
Project Category: Beijing-Tianjin-Hebei Science and Technology Achievements Transformation Project
Current stage: pilot test
Start and end time: October 2017 to September 2019
Main advantages of the project: outstanding product or process innovation
Technology: Advanced Manufacturing and Automation
Application Industry: Electronics and Information
Technology Source: Industry-University-Research Cooperation
Pre-funding situation: National Ministry of Science and Technology plan
R & D strength
The research and development project of ultra-precision displacement capacitive sensor is jointly undertaken by Sanying Precision Control and Institute of Electrical Engineering of Chinese Academy of Sciences. It has accumulated a large number of theoretical achievements and technical achievements in the independent intellectual property production capacity and high-precision control of a complete set of nano-displacement platform technology.
It has a research and development site covering an area of 1000 square meters of ultra-precision capacitive displacement sensors, and has set up a special research center. On the R&D equipment, the company introduced the whole line of equipment to support product development and innovation; in terms of software, it has some high-precision software; in the early stage, it has achieved preliminary results in terms of products, R&D technology and intellectual property.
Sanying Jingkong invites to the Light Conference2019 academic conference
TheLightConferencehasalwaysfocusedonthefrontiersandhotissuesinthefieldofopticalresearch,andiscommittedtobuildingahigh-levelinternationalacademicexchangeplatformforresearchersinthisfield. TheconferencewashostedbyChangchunInstituteofOptics,FineMechanicsandPhysics,ChineseAcademyofSciences.Thetopicsoftheconferenceincluded:1)asphericalandfree-formsurfacedesign,processing,inspectionandapplication;2)high-powerdensitywhitefluorescentLED;3)intelligentopticalimagingSystemsandApplications;4)TerahertzTechnologyandApplications;5)YoungScientistsForum:AsphericandFree-formSurfaceTechnologyandApplications;6)SolarRadiation,Measurement,Modeling,andApplications;7)SemiconductorLasersandDetectors;Fastlasermaterialprocessing;9)next-generationopticalscienceandtechnology;10)applicationofopticsinlifesciences;11)aeronauticalimagingandmeasurement. SanyingPrecisionControlwillexhibitnano-positioningplatform,nano-displacementcapacitivesensor,high-speedyawmirror,micro-positioningplatformandotherproducts.
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TheLightConferencehasalwaysfocusedonthefrontiersandhotissuesinthefieldofopticalresearch,andiscommittedtobuildingahigh-levelinternationalacademicexchangeplatformforresearchersinthisfield. TheconferencewashostedbyChangchunInstituteofOptics,FineMechanicsandPhysics,ChineseAcademyofSciences.Thetopicsoftheconferenceincluded:1)asphericalandfree-formsurfacedesign,processing,inspectionandapplication;2)high-powerdensitywhitefluorescentLED;3)intelligentopticalimagingSystemsandApplications;4)TerahertzTechnologyandApplications;5)YoungScientistsForum:AsphericandFree-formSurfaceTechnologyandApplications;6)SolarRadiation,Measurement,Modeling,andApplications;7)SemiconductorLasersandDetectors;Fastlasermaterialprocessing;9)next-generationopticalscienceandtechnology;10)applicationofopticsinlifesciences;11)aeronauticalimagingandmeasurement. SanyingPrecisionControlwillexhibitnano-positioningplatform,nano-displacementcapacitivesensor,high-speedyawmirror,micro-positioningplatformandotherproducts.
