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Tetraform nanoprecision machine tool C016 / 2035

Tetraform nanoprecision machine tool C016  /  2035


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Tetraform nanoprecision machine tool C016 / 2035

Tetraform nanoprecision machine tool. This machine, developed at the UKs National Physical Laboratory, was intended to be used to carry out machining (shaping devices and components) to nanometre accuracy. The tetrahedral geometry provides inherent stiffness and symmetry. It also avoids excessive vibrations by having a resonant frequency greater than 1 kiloHertz. This machine, the Tetraform 1, was developed by Kevin Lindsey in 1992. Photographed at the NPL, Teddington, UK

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 9216533

© NATIONAL PHYSICAL LABORATORY CROWN COPYRIGHT/SCIENCE PHOTO LIBRARY

1900s 1990s 1992 Apparatus Device Engineering Geometry Machining Metrology National Physical Laboratory Precision Stiffness Symmetry Tetrahedral Laboratory


EDITORS COMMENTS
This print showcases the Tetraform nanoprecision machine tool C016/2035, a groundbreaking invention developed at the UK's National Physical Laboratory. Created with the purpose of achieving nanometre accuracy in machining, this technological marvel was designed by Kevin Lindsey in 1992. The tetrahedral geometry of the machine not only provides inherent stiffness but also ensures symmetry, resulting in exceptional precision. One of its remarkable features is its ability to avoid excessive vibrations due to a resonant frequency greater than 1 kiloHertz. This innovation revolutionized the field of engineering and opened up new possibilities for shaping devices and components with unparalleled accuracy. Photographed at the NPL in Teddington, UK, this image captures the essence of British ingenuity and scientific prowess. The still life composition highlights every intricate detail of this ultra-precise apparatus that represents a significant milestone in technological advancement. The historical significance cannot be overstated as it symbolizes a breakthrough moment in metrology and physics during the 1990s. With its high resonant frequency and nanometre accuracy capabilities, this Tetraform nanoprecision machine tool stands as an embodiment of cutting-edge research conducted at one of Europe's most prestigious laboratories. As we admire this photograph captured by Science Photo Library on behalf of National Physical Laboratory (NPL), we are reminded once again that progress knows no bounds when human intellect merges with state-of-the-art equipment like Tetraform 1.

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