Single point diamond turning1
In this video a Nanotechnology Systems, Ultra Precision Lathe using a Professional Instruments ISO 5.5 air bearing spindle turns a 2024-T351 Aluminum workpiece with an Edge Technologies diamond tool.From:mdrlpsuViews:0 0ratingsTime:00:25More inScience Technology
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Single point diamond turning2
Finish pass on Aluminum surface. Machine: Nanotechnology Systems, Ultra Precision Lathes 350 Tool: Edge Technologies diamond tool Spindle: Professional Instruments ISO 5.5 air bearing 10000rpmFrom:mdrlpsuViews:0 0ratingsTime:00:25More inScience Technology
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DETROIT, MI--(Marketwire - Dec 7, 2012) - Nano Labs Corp. ( OTCQB : CTLE ) is pleased to announce today that it will be moving forward to patent and commercialize the process of producing industrial diamonds using the Company's proprietary nanotechnology.
Nano Labs' proprietary nanotechnology will utilize tequila as an original precursor for the development of micro crystalline diamond thin films, a process offering an excellent alternative to producing industrial-scale diamond thin films for practical applications at a very low cost.
According to the World Diamond Council, an estimated US$13 billion worth of rough diamonds are produced per year. Industrial diamonds -- which comprise about 70% of diamonds -- are sold for industrial applications including cutting, drilling, grinding, and polishing in industrial applications.
"Diamonds are the hardest natural material known to man and the most effective heat conducting material, which also expands very little when subjected to high temperatures. This is unlike most other conducting materials, and diamonds are resistant to most acids and alkalis," said Dr. Victor Castano, CEO of Innovation at Nano Labs. "In addition to being a very low cost alternative to current synthetic diamonds used in traditional industrial applications, diamonds can be explored for use as semiconductors suitable for building microchips and other applications in electronics."
In 2011, total U.S. domestic production of industrial diamond was estimated to be 98.2 million carats, and the U.S. was one of the world's leading markets. The following industry sectors are major consumers of industrial diamond: computer chip production, construction, machinery manufacturing, mining services (drilling for mineral, oil, and gas exploration), stone cutting and polishing, and transportation systems (infrastructure and vehicles).
Stone cutting and highway building, milling, and repair consumed most of the industrial diamond stone. About 99% of the U.S. industrial diamond market now uses synthetic industrial diamond because its quality can be controlled and its properties can be customized to fit specific requirements. 1
"This innovative technology will allow Nano Labs to pursue several key licensing agreements in different sectors of today's marketplace," said Mr. Bernardo Camacho Chavarria, President of Nano Labs. "Our strategy makes investing in Nano Labs a diversified investment with the ability to generate revenues from different market sectors."
In 2011, China was the world's leading producer of synthetic industrial diamond, with annual production exceeding 4 billion carats. The United States is likely to continue to be one of the world's leading markets for industrial diamond into the next decade and likely will remain a significant producer and exporter of synthetic industrial diamond as well.
Owing to continued recovery from impacts of the economic recession on U.S. manufacturing sectors that utilize industrial diamond, U.S. imports in 2011 increased an estimated 37% compared with those of 2010. U.S. demand for industrial diamond is likely to continue in the construction sector as the United States continues building, milling, and repairing the nation's highway system. Industrial diamond coats the cutting edge of saws used to cut cement in highway construction and repair work. 1
1 According to the U.S.G.S. Mineral Commodity Summaries (January 2012)
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Nano Labs (CTLE) Announces Second Commercial Product Launch: Industrial Diamonds
CyberTimes Developers Newsletter, sent out to 51043 subscribers on every Thursday, caters to the... More
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Scientists say Australia should do more to harvest the benefits of the nanotechnology revolution.
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Scientists say Australia should do more to harvest the benefits of the nanotechnology revolution.
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The risks of misguided reports on nanotechnology exceed any possible health risks
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A NATIONAL nanotechnology plan has been launched in a bid to make sure Australia stays on top of the game when it comes to research and manufacturing
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NanoTechnology in Chemtrails Exclusive 3rd Dec 2012 PAL.ogg
Soundtrack Courtesy of The Tell Records Pull Us Together Copyright 2009 All Rights Reserved. The planes that laid these trails, took off from RAF Fairford Airbase Cirencester Britain. There are 2 trails laid at the same time. The upper trail which billows out is the Nano Material, watch as it grows in the air fed by the lower trail (food in the form of Organic Bacteria , Barium and Aluminium) There are still people on the ground which have no knowledge of these practices, and in some way what they don #39;t know cant bother them, but it will harm them if this material falls to earth whilst it is transforming. The Royal Society London insist that they are still in the experimental Black board stage, Either they are extremely dense, or are lying, for this video and many others on you tube under the heading of Chem-trails, show that GeoEngineering is being carried out in not only in Britain, but all over the world. The fact that Greenpeace UK, Friends of the earth UK,Rising Tide UK , and other environmental groups have not picked up on this yet, leads me to question the methodology that these groups rely on to warn them of issues in which to rally round. Nonetheless Risingtide US have picked up on it which is encouraging.From:frantaagViews:19 1ratingsTime:03:15More inScience Technology
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NanoTechnology in Chemtrails Exclusive 3rd Dec 2012 PAL.ogg - Video
Andre Geim - The Gap Between Academia and Industry - interview - Goldstein on Gelt-Nov 2012
http://www.goldsteinongelt.com Have you ever heard of graphene? Graphene is a very versatile material developed by Professor Andre Geim, Langworthy Professor and director of the Manchester Centre for Mesoscience and Nanotechnology at the University of Manchester, UK, and winner of the 2010 Nobel Prize in Physics. The last time that Professor Geim appeared on the show, he explained what graphene is used for and its many applications in daily life. What can Professor Geim tell us today? Is graphene fulfilling its potential? And why is there a gap between academia and industry? "Goldstein on Gelt" is a global investment and financial planning radio show designed to educate and entertain its listeners with financial strategies and investment tips. Investment advisor Douglas Goldstein hosts the weekly show and is the director of Profile Investment Services, Ltd., http://www.profile-financial.com.From:BuildingWealthVideosViews:0 0ratingsTime:15:24More inEducation
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Andre Geim - The Gap Between Academia and Industry - interview - Goldstein on Gelt-Nov 2012 - Video
2012 Hinton Lecture: Breaking the Barriers - Dr Tom Enders CEO EADS The Royal Academy of Engineering
01 October 2012 - 2012 Hinton Lecture: Breaking the Barriers Speaker: Dr Tom Enders, CEO, EADS; Chaired by Sir John Parker GBE FREng October 1 is the anniversary of Concorde breaking the sound barrier for the first time. As CEO of leading aerospace and defence company EADS, Tom Enders marks the occasion by exploring some of the other barriers that need to be broken for UK engineering to continue driving economic and industrial growth. Throughout the last 200 years, the world has seen repeated economic cycles that turned on the latest technological advances, from the steam engine and electricity to the microchip and, of course, air travel. At each turn, the pace has become quicker, the competition stiffer and the stakes higher; a situation that will accelerate with the arrival of new areas like nanotechnology, 3D printing and alternative energies. Dr Enders examines how the aerospace industry can respond to such challenges and nurture cross-sector cooperation to help maintain industrial competitiveness for the UK and Europe.From:RAEngineeringViews:0 0ratingsTime:01:08:59More inScience Technology
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Molecular Engineering with Matthew Tirrell (full discussion)
Matthew Tirrell, a pioneering researcher in the fields of biomolecular engineering and nanotechnology, and the founding Pritzker Director of the Institute for Molecular Engineering, discussed the research and advances in his field with an audience of University of Chicago alumni.From:UChicagoViews:4 0ratingsTime:01:03:53More inEducation
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Nanotechnology for Biomedicine Solutions - Teresa Gonzalo
Teresa Gonzalo presents at the M+Visin Consortium Open House in Madrid, July 19, 2012.From:MVisionMadridViews:0 0ratingsTime:03:52More inScience Technology
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Nano Recipes: Creating materials by design
Brought to you by MconneX (www.engin.umich.edu The ability to mix and match properties at the nano level is key to making materials that are strong but lightweight or can store energy, says UM researcher John Hart. Hart, an assistant professor of mechanical engineering, explains how materials could be built from the bottom up using nanotechnology to give them the perfect qualities for their application. ABOUT THE PROFESSOR: John Hart (me-web2.engin.umich.edu is an assistant professor of Mechanical Engineering (me.engin.umich.edu at the University of Michigan. His research interests include manufacturing and application of nanostructured materials; nanotubes and nanowires; energy conversion; catalysis and reaction control; composite materials and structures; optical, electronic, and fluidic devices; self-assembly; machine and instrument design; scientific visualizations. He works in the UM #39;s Mechanosynthesis Group (www.mechanosynthesis.com MORE: Watch additional MichEpedia videos or join the discussion at http://www.engin.umich.eduFrom:michiganengineeringViews:12 0ratingsTime:03:05More inScience Technology
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#39;Itsy-Bitsy Spider #39; song, Sung by Targeted individual: TimothyTrespas
Itsy-bitsy spider song. Sung by Targeted individual: TimothyTrespas Taking a moment out of my busy life as a human experiment into mind control, morgellons, and nanotechnology, to celebrate the great big spider I saw hanging from it #39;s web. Most people do not like spiders. But remember, unless it is poison, spiders EAT LOTS of BUGS! And that is a good thing. Especially after one has been traumatized by insect torture and morgellons torture. All the best. Thanks for watching! Humor is good medicine for balanced mental stability. Learn to laugh in the face of murderous evil adversity! Silliness is required for entry. We will all be a little bit more sane for it! Thank you Love, Peace, and Blessings to all Timothy TrespasFrom:timothytrespasViews:1 0ratingsTime:00:36More inEducation
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'Itsy-Bitsy Spider' song, Sung by Targeted individual: TimothyTrespas - Video
University of Kentucky researcher Yi Shu was awarded the Best Poster Presentation at the National Cancer Institute Alliance for Nanotechnology in Cancer's Annual Principal Investigators' Meeting last month.
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Shu Receives Presentation Award at National Nanotechnology Meeting
American technology firm Lockheed Martin has announced a new research partnership with the London Centre for Nanotechnology (LCN) at University College London, for the joint development of quantum and nanotechnologies.
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Tegal 901e Tegal 903e Tegal 901e TTW Tegal 903e TTW Plasma Etch Semiconductor Equipment
http://www.allwin21.com Allwin21 Corp. focuses on and professionally provides the following fully refurbished and customized Tegal 900 (Tegal 9XX) Plasma Etcher/Etching/Descum equipment with high Quality,right Cost,quick Delivery and excelent Service for Semiconductor industry,MEMS, Biomedical, Nanotechnology,Solar,LEDs etc. Tegal 901e | Tegal 903e |Tegal 901e TTW | Tegal 903e TTWFrom:Peter ChenViews:1 0ratingsTime:01:13More inScience Technology
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Tegal 901e Tegal 903e Tegal 901e TTW Tegal 903e TTW Plasma Etch Semiconductor Equipment - Video
ElectroGlas EG 2001 Wafer Prober Semiconductor Equipment 01
http://www.allwin21.com Allwin21 Corp. focuses on and professionally provides the following fully refurbished and customized ElectroGlas Wafer Probe with high Quality,right Cost,quick Delivery and excelent Service for Semiconductor industry,MEMS, Biomedical, Nanotechnology,Solar,LEDs etc. EG 2001 Probe | EG 1034 Probe Manufacturer:ELECTROGLAS Condition:Fully Refurbished in 4 to 6 weeks Price:Contact Us The 2000 (EG 2001,EG 2010,EG 2080 Manual ) series wafer probers are extremely accurate, modularly designed automatic wafer probers, configured to perform automatic system functions of: automatic wafer load automatic wafer alignment automatic wafer measurement automatic wafer test/sort The 2000 (EG 2001,EG 2010,EG 2080) series wafer probers are controlled and operated through the use of two consoles (the operators console and the monitor console), simple push-button controls on each indexer (cassette handling platform), and basic camera illumination controls on the front of the power module. The unique ELECTROGLAS solid-state high-speed XY Positioning System permits simplified wafer loading and unloading outside the probe ring area with high-speed travel to and from the load position. Refurbished Electroglas EG2001 Wafer Prober key features: Wafer Size Range: 75mm - 150mm Cassette to Cassette Temperature Control Chuck optional Automatic Alignment OCR Camera Dimensions: 53" x 32" x 56" Weight: 770 lbs ELECTROGLAS-Basic Maintenance Training ManualFrom:Peter ChenViews:5 0ratingsTime:00:45More inScience Technology
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ElectroGlas EG 2001 Wafer Prober Semiconductor Equipment 01 - Video
ElectroGlas EG 2001 Wafer Prober Semiconductor Equipment 02
http://www.allwin21.com Allwin21 Corp. focuses on and professionally provides the following fully refurbished and customized ElectroGlas Wafer Probe with high Quality,right Cost,quick Delivery and excelent Service for Semiconductor industry,MEMS, Biomedical, Nanotechnology,Solar,LEDs etc. EG 2001 Probe | EG 1034 Probe Manufacturer:ELECTROGLAS Condition:Fully Refurbished in 4 to 6 weeks Price:Contact UsFrom:Peter ChenViews:2 0ratingsTime:00:33More inScience Technology
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ElectroGlas EG 2001 Wafer Prober Semiconductor Equipment 02 - Video