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  • Metalformer Laser - Cuts in 2d, Manages Growth in 3D
    on it found that the ability to cut a variety of blank designs on a laser-cutting machine was extremely valuable. "For example, we just finalized a new design for one of our valve guards where a custom laser-cut deep-draw blank allows us to consolidate parts and eliminate an arc-welding process," shares
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    that supports specifiers and users of their full range of ball valves, actuators and controls. CAD Now! is a fully configurable CAD database that allows the user to download/insert drawings in 2D and 3D formats into all of the most popular CAD programs. CAD Now! is available FREE in CD format
  • The Electronics Industry Replies to COVID - Part One
    Since the pandemic hit our shores earlier this year, we've been keeping our eye out for ways in which the electronics industry has responded. Several of our earlier posts have addressed this. In Tech Takes on the Coronavirus, I wrote about two Italian innovators who'd come up with a way to use 3D
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    developed an innovative engineering tool that supports specifiers and users of their full range of ball valves, actuators and controls. CAD Now! is a fully configurable CAD database that allows the user to download/insert drawings in 2D and 3D formats into all of the most popular CAD programs. CAD Now

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  • Three-dimensional Echocardiography
    … or anterior leaflet can be easily detected by 2D echocardiography, accurate assessment of size and location of the affected leaflet segments using a systematic examination protocol (. Fig. 7.6) is difficult and allows only mental reconstruction of the 3D valve pathology [37].
  • 3D Echocardiography
    For example, real-time transesophageal 3D echocardiography which could provide stunning 3D valve motion images, was recently introduced in the literature and in clinical settings.
  • 3D Echocardiography
    For example, real-time transesophageal 3D echocardiography which could provide stunning 3D valve motion images, was recently introduced in the literature and in clinical settings.
  • Image-Based Computational Modeling of the Human Circulatory and Pulmonary Systems
    Later, they extended their code to be able to perform flow and structural analyses in 3D valves [60] and to investigate the effect of collagen fibers on the native valve mechanics and hemodynamics [71].
  • Feasibility of Using Real Time “Live 3D” Echocardiography to Visualize the Stenotic Aortic Valve
    As a result, the 3D valve orifice may not always be apparent when viewed in real time because the opened valve may only be recorded on a few frames.
  • Marginal Space Learning for Medical Image Analysis
    As an emerging imaging technique, C-arm CT plays a more and more important role in TAVI on both pre-operative surgical planning (e.g., providing 3D valve measurements) and intra-operative guidance (e.g., determining a proper C-arm angulation).
  • Information Processing in Computer-Assisted Interventions
    We initiate our process with an open 3D valve structure at end diastole, which was derived by segmenting 3D TEE data and was edited by a physician to remove artifacts and reflect the planned surgical modifications.
  • Cardiac Valvular Medicine
    … visualization of tri- cuspid leaflets with 2D echocardiography (either septal and posterior, or septal and anterior), depending on the position of 4-chamber plane relative to the spatial configuration of tricuspid leaflets (yellow horizontal line on 3D valve rendering in (a) and …
  • http://content.onlinejacc.org/data/Journals/JAC/22975/22696.pdf?resultClick=1
    This study tested the hypothesis that the impact of a stenotic aortic valve depends not only on the cross-sectional area of its limiting orifice but also on three-dimensional ( 3D ) valve geometry.
  • http://content.onlinejacc.org/data/Journals/JAC/23078/02079.pdf?resultClick=1
    … excellent agree- ment with intraoperative morphology of the MV, 2D techniques still might be insufficient to demonstrate exact spatial localization of pathological structures, and they suffer from the limitation of the need for mental reconstruction of 3D valve anatomy by the examiner.