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Access XiGo Nanotools historical Linkedin company profile data on number of followers, employee headcount and more

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Ticker Symbol Entity Name As Of Date Company Name Followers Employees on Linkedin Link Industry Date Added Date Updated Description Website Specialities Logo HQ.Street HQ.City HQ.State HQ.Country HQ.Postal GICS Sector GICS Industry
private:xigonanotools 760079 Jun 4th, 2019 12:00AM Xigo Nanotools 90 5.00 Open Nanotechnology Jun 4th, 2019 03:07PM Jun 4th, 2019 03:07PM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Open nanoparticle technology, droplet measurement, surface area analysis, particle size distribution analysis, laboratory equipment, scientific instruments Open 116 Research Drive Bethlehem Pennsylvania US 18015 Basic Materials Chemicals
private:xigonanotools 760079 Dec 16th, 2017 12:00AM Xigo Nanotools 54 6.00 Open Nanotechnology Dec 16th, 2017 02:21PM Dec 16th, 2017 02:21PM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Basic Materials Chemicals
private:xigonanotools 760079 Dec 17th, 2017 12:00AM Xigo Nanotools 54 6.00 Open Nanotechnology Dec 17th, 2017 08:12AM Dec 17th, 2017 08:12AM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Basic Materials Chemicals
private:xigonanotools 760079 Dec 18th, 2017 12:00AM Xigo Nanotools 54 6.00 Open Nanotechnology Dec 18th, 2017 10:19AM Dec 18th, 2017 10:19AM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Basic Materials Chemicals
private:xigonanotools 760079 Dec 19th, 2017 12:00AM Xigo Nanotools 54 6.00 Open Nanotechnology Dec 19th, 2017 05:03AM Dec 19th, 2017 05:03AM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Basic Materials Chemicals
private:xigonanotools 760079 Dec 21st, 2017 12:00AM Xigo Nanotools 54 6.00 Open Nanotechnology Dec 21st, 2017 12:42PM Dec 21st, 2017 12:42PM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Basic Materials Chemicals
private:xigonanotools 760079 Dec 22nd, 2017 12:00AM Xigo Nanotools 54 6.00 Open Nanotechnology Dec 22nd, 2017 05:53AM Dec 22nd, 2017 05:53AM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Basic Materials Chemicals
private:xigonanotools 760079 Dec 23rd, 2017 12:00AM Xigo Nanotools 54 6.00 Open Nanotechnology Dec 23rd, 2017 09:37AM Dec 23rd, 2017 09:37AM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Basic Materials Chemicals
private:xigonanotools 760079 Dec 24th, 2017 12:00AM Xigo Nanotools 54 6.00 Open Nanotechnology Dec 24th, 2017 01:22PM Dec 24th, 2017 01:22PM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Basic Materials Chemicals
private:xigonanotools 760079 Dec 25th, 2017 12:00AM Xigo Nanotools 54 6.00 Open Nanotechnology Dec 25th, 2017 10:21AM Dec 25th, 2017 10:21AM XiGo Nanotools has developed the Acorn Area, a scientific instrument to measure the particle surface area and volume fraction of concentrated nanoparticle dispersions using nuclear magnetic resonance (NMR) technology. This compact, groundbreaking device measures concentrated nanoparticles without any sample preparation, eliminating the time consuming sample preparation associated with traditional surface area analysis Basic Materials Chemicals

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