Home▸Preclinical Testing (In Vitro / In Vivo)▸3D Bioprinting Tissues in 3D — Layer-by-Layer Cell Printing

🧬 3D Bioprinting Tissues in 3D — Layer-by-Layer Cell Printing

3D companion to the 2D bioprinting simulator: a gantry nozzle extrudes cell-laden GelMA filaments layer by layer into a real 3D lattice with alternating 0/90 degree layers, then a UV lamp crosslinks the construct and cells mature around perfused vascular channels. Print speed sets resolution and viability, stiffness and lamp height set crosslinking, and every filament and cell can be hovered and inspected.

Preclinical Testing (In Vitro / In Vivo)3DModerate60 FPS📱 Mobile-adapted⇄ 2D version

Details

CategoryPreclinical Testing (In Vitro / In Vivo)

RenderingThree.js · WebGL

DifficultyModerate

Target FPS60

ControlsDrag to orbit, scroll to zoom; hover filaments and cells to inspect, click to select a layer, drag the UV lamp up and down in the crosslinking stage; five stage buttons, print speed, stiffness, layer count, cell density and time-lapse sliders, scenario presets, Cells and UV beam toggles, Pause, Step, Restart and Reset buttons, with live resolution, viability, layers, cell count, modulus and progress readouts and a history graph.

bioprintingtissue engineeringGelMAhydrogelphotocrosslinkingscaffoldwebgl3d-simulation

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⚙ Under the hood

bioprintingtissue engineeringGelMAhydrogelphotocrosslinkingscaffoldwebgl3d-simulation

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install