Unleash the Power Within using Dynamic Digital Radiography! Take a look at how Dynamic Digital Radiography (DDR) is applied for wrist imaging. DDR revolutionizes X-ray imaging by allowing you to observe anatomical movement with unprecedented clarity. This cutting-edge, low-dose X-ray imaging technique captures up to 15 sequential radiographs per second, which can be played back as a cine loop or viewed as individual images. So what are you waiting for? #JointtheMovement! Learn more about DDR at https://lnkd.in/ebtYQRwp #KonicaMinolta #KMHA #DR #DigitalRadiography #DDR #DynamicDigitalRadiography #ImagingInnovation #XrayThatMoves #JointtheMovement #BetterDecisionsSooner #150YearsStrong
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Time is Brain - Have A Confident Diagnosis When Every Second Counts With Canon CT’s Stroke Imaging Solutions: https://bit.ly/3xA95cI #CanonMedical #ComputedTomography #Workflow
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Strategy & Innovation Manager @ Thermo Fisher Scientific | Strategic Marketing, Product Marketing/Management
In recent research from The University of Manchester, our Helios 5 Laser PFIB was used to explore fs-laser ablation parameters for 2D/3D imaging using tri-beam #microscopy. Read the study to learn how the latest findings can assist in achieving high-quality imaging across a wide range of materials. https://ter.li/voccra #MaterialsScience
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In recent research from The University of Manchester, our Helios 5 Laser PFIB was used to explore fs-laser ablation parameters for 2D/3D imaging using tri-beam #microscopy. Read the study to learn how the latest findings can assist in achieving high-quality imaging across a wide range of materials. https://ter.li/voccra #MaterialsScience
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In recent research from The University of Manchester, our Helios 5 Laser PFIB was used to explore fs-laser ablation parameters for 2D/3D imaging using tri-beam #microscopy. Read the study to learn how the latest findings can assist in achieving high-quality imaging across a wide range of materials. https://ter.li/voccra #MaterialsScience
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