Temporal 3dMDtorso/thorax.t Systems

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Temporal 3dMDtorso/thorax.t Systems

Temporal 3dMDtorso.t System

Temporal-3D Capture: Single 3D image or up to 7 3D frames per second for several minutes of capture at highest resolution
Subject Capture: Generates a series of 190-degree torso models over a period of time
Captures movement, breast dynamics, posture, pose, and freezes actual 3D instances of time for further analysis
Temporal Selection: Enables the operator to select the best positioned images of the subject with the most appropriate pose and posture prior to 3D rendering. Only process the optimal image results
Configuration: Four modular units of 12 machine vision cameras and an industrial-grade LED system synchronized for a dynamic capture sequence
Designed to provide more 3D surface coverage for clinics that have patients who require breast reconstruction and/or breast reduction procedures. Similar to 3dMD’s custom 3dMDtorso System at the University of Texas MD Anderson, 3dMD has the capability to build a custom set-up that meets the customer’s specific capture requirements.
Geometry Accuracy: High-precision dense surface with a linear accuracy range of
Precision: Temporal precision with no 3D jitter on playback
3D Printer Compatibility: 3dMD images automatically export in all industry standard file formats for ease of 3D printing
Eye-Safe: Optics based technology
3D Surface Mesh Integrity: Automatically generates a continuous 3D polygon surface mesh with a single x,y,z coordinate system from all synchronized stereo pairs. No stitching of images required.
Economical Upgrade Path to: 3dMDflex.t, 3dMDbody.t Systems

Temporal 3dMDthorax.t System

Temporal-3D Capture: Single 3D image or up to 7 3D frames per second for several minutes of capture at highest resolution
Subject Capture: Generates a series of 360-degree thorax models over a period of time
Captures movement, breast dynamics, posture, pose, and freezes actual 3D instances of time for further analysis
Temporal Selection: Enables the operator to select the best positioned images of the subject with the most appropriate pose and posture prior to 3D rendering. Only process the optimal image results
Configuration: Four (or five) modular units of 12 (or 15) machine vision cameras and an industrial-grade LED system synchronized for a dynamic capture sequence
Geometry Accuracy: High-precision dense surface with a linear accuracy range of
Precision: Temporal precision with no 3D jitter on playback
Eye-Safe: Optics based technology
3D Surface Mesh Integrity: Automatically generates a continuous 3D polygon surface mesh with a single x,y,z coordinate system from all synchronized stereo pairs. No stitching of images required.
Economical Upgrade Path to: 3dMDflex.t, 3dMDbody.t Systems