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3d-printed abs plastic  (MakerBot Industries)

 
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    MakerBot Industries 3d-printed abs plastic
    3d Printed Abs Plastic, supplied by MakerBot Industries, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/3d-printed abs plastic/product/MakerBot Industries
    Average 90 stars, based on 1 article reviews
    3d-printed abs plastic - by Bioz Stars, 2026-05
    90/100 stars

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    Image Search Results


    The breast-specific MRgFUS system used in this work. (a) Top-view of the treatment cylinder, designed to be placed on the table of a clinical MRI scanner. The integrated RF coil and laterally-mounted ultrasound phased-array transducer are indicated. (b) 3D model of the ultrasound transducer. 256 4-mm diameter elements are semi-randomly placed on the transducer face. A solid conductive ground plane is used in this design. Aperture is 14.5 × 8 cm with a 10 cm radius of curvature. (c) The 8-channel RF MRI receive coil integrated into the treatment cylinder shown in (a). The coil consists of a 6-channel ladder array with additional loops placed at the chest wall and around the transducer opening. (d) Top and (e) side schematic views of the breast MRgFUS system. Three rotation angles (Ψ, α, θ) and three translation distances (Xgantry, Zgantry, Xslide) are indicated as well as the θ=0° and 90° locations and direction of B0. Ψ is measured from the horizontal.

    Journal: Medical physics

    Article Title: Technical Note: Effect of transducer position and ground plane configuration on image quality in MR-guided focused ultrasound therapies

    doi: 10.1002/mp.14138

    Figure Lengend Snippet: The breast-specific MRgFUS system used in this work. (a) Top-view of the treatment cylinder, designed to be placed on the table of a clinical MRI scanner. The integrated RF coil and laterally-mounted ultrasound phased-array transducer are indicated. (b) 3D model of the ultrasound transducer. 256 4-mm diameter elements are semi-randomly placed on the transducer face. A solid conductive ground plane is used in this design. Aperture is 14.5 × 8 cm with a 10 cm radius of curvature. (c) The 8-channel RF MRI receive coil integrated into the treatment cylinder shown in (a). The coil consists of a 6-channel ladder array with additional loops placed at the chest wall and around the transducer opening. (d) Top and (e) side schematic views of the breast MRgFUS system. Three rotation angles (Ψ, α, θ) and three translation distances (Xgantry, Zgantry, Xslide) are indicated as well as the θ=0° and 90° locations and direction of B0. Ψ is measured from the horizontal.

    Article Snippet: A replica 3D printed plastic transducer (ABS, Hatchbox; Monoprice Maker Ultimate 3D printer) was laterally mounted in the X slide = 50mm position, close to the transducer coil loop, where it would cause the greatest RF eddy currents.

    Techniques:

    Transducer positions and orientations evaluated for the effect of transducer orientation on SNR. X gantry , Z gantry and α, as defined in , were fixed. σ T was computed for a 3D MRTI sequence that has a 77.5% SNR reduction compared to the 2D GRE sequence.

    Journal: Medical physics

    Article Title: Technical Note: Effect of transducer position and ground plane configuration on image quality in MR-guided focused ultrasound therapies

    doi: 10.1002/mp.14138

    Figure Lengend Snippet: Transducer positions and orientations evaluated for the effect of transducer orientation on SNR. X gantry , Z gantry and α, as defined in , were fixed. σ T was computed for a 3D MRTI sequence that has a 77.5% SNR reduction compared to the 2D GRE sequence.

    Article Snippet: A replica 3D printed plastic transducer (ABS, Hatchbox; Monoprice Maker Ultimate 3D printer) was laterally mounted in the X slide = 50mm position, close to the transducer coil loop, where it would cause the greatest RF eddy currents.

    Techniques: Sequencing

    Mock-up of the breast MRgFUS system used to evaluate effect of transducer ground plane configuration on image quality. (a) Schematic of components in mock-up, including a Cu2SO4 phantom, a 3D-printed transducer facsimile and a single 13 × 15 cm rectangular coil. The red arrow indicates the direction of the B0 field. (b) Different transducer ground planes were simulated using copper tape placed on the transducer face. A 3×2 configuration is shown. (c) All evaluated ground plane configurations with number of ground plane segments ranging from 0 to 9.

    Journal: Medical physics

    Article Title: Technical Note: Effect of transducer position and ground plane configuration on image quality in MR-guided focused ultrasound therapies

    doi: 10.1002/mp.14138

    Figure Lengend Snippet: Mock-up of the breast MRgFUS system used to evaluate effect of transducer ground plane configuration on image quality. (a) Schematic of components in mock-up, including a Cu2SO4 phantom, a 3D-printed transducer facsimile and a single 13 × 15 cm rectangular coil. The red arrow indicates the direction of the B0 field. (b) Different transducer ground planes were simulated using copper tape placed on the transducer face. A 3×2 configuration is shown. (c) All evaluated ground plane configurations with number of ground plane segments ranging from 0 to 9.

    Article Snippet: A replica 3D printed plastic transducer (ABS, Hatchbox; Monoprice Maker Ultimate 3D printer) was laterally mounted in the X slide = 50mm position, close to the transducer coil loop, where it would cause the greatest RF eddy currents.

    Techniques: