3D preview of 4D-Printed Patient-Specific TAVR Lattice Frame
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Interactive 3D model of 4D-Printed Patient-Specific TAVR Lattice Frame

Enclosures and housings

4D-Printed Patient-Specific TAVR Lattice Frame

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Bounding box
25.0 × 25.0 × 28.0 mm
Engine
Precision B-rep
Parameters
15
Published
October 5, 2026

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The prompt

Design a new 4D printed Transcatheter Aortic Valve Replacement (TAVR) implant with Patient-Specific Anatomy & Topological Optimization, designs a frame tailored directly to that individual's geometry. Lattice Micro-geometries: Instead of solid metal rings, AI generates soft, organic lattice structures that flex dynamically during the cardiac cycle, preventing tissue abrasion and reducing blood clot formation. 4D printing introduces time and environmental triggers (temperature, pH, blood flow pressure) as a fourth dimension. Implants made from shape-memory polymers or bio-resorbable alloys can be compressed for minimally invasive catheter delivery, then self-expand into complex, organic contours inside the heart. "Living" Regenerative Scaffolds

Parameters

NameValueRange
Patient Annulus Diameter24 mm16 – 34
Frame Height22 mm12 – 34
Strut Wall Thickness0.6 mm0.3 – 1.4
Lattice Cells (circumference)208 – 32
Lattice Rows (height)42 – 8
Lattice Opening Radius1.2 mm0.4 – 2.2
Commissural Post Height6 mm2 – 14
Commissural Post Width22 deg8 – 45
Leaflet Attachment Drop3 mm1 – 8
Leaflet Depth12 mm4 – 20
Coaptation Orifice Radius3.5 mm1 – 8
Leaflet Membrane Thickness0.3 mm0.15 – 0.8
Inflow Sealing Skirt Height4 mm1 – 10
Sealing Skirt Thickness0.5 mm0.2 – 1.5
Post Edge Fillet Radius0.25 mm0.1 – 0.6

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

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4D-Printed Patient-Specific TAVR Lattice Frame - Free CAD Model (STEP, STL) | TextoCAD