DRAG ROTATE · PINCH ZOOM · TWO-FINGER PAN

Bioprinting Explorer

Generate and inspect a 3D scaffold with layer-by-layer deposition.

GEOMETRY & TIMELINE

Scaffold architecture

Alternating orthogonal extruded filaments, with square nominal pores.

Layer orientation offset 0°

Width 20 mmFilament spacing 2.0 mmLayer count 10Timeline 100%

PRINTHEAD & EXTRUSION

Print speed 8 mm/sFilament diameter 0.40 mm

Print complete. Press Play to replay.

CELL–SCAFFOLD BIOLOGY

Cell morphologyCell population 55%Culture timeline Day 7

Attachment and early spreading

Membrane / cytoplasmNucleus

Cells are positioned along generated scaffold filaments or sampled from the gyroid surface. Shape and culture progression are conceptual illustrations, not measured cell behaviour.

MICROFLUIDIC DEVICE

Chip configurationFlow rate 20 µL/minChannel width 500 µmChannel height 200 µmTracer concentrationTissue cell density 55%

—NOMINAL MEAN VELOCITY

—CHANNEL CROSS-SECTION

Fluid tracersCellular compartmentMembrane

Flow rate divided by rectangular channel area gives nominal average velocity, not a simulated velocity profile. Device proportions are enlarged for inspection. Particle trajectories and cell distribution are conceptual.

REGENERATION & DEGRADATION

Material modelCulture timeline Day 28Illustrative degradation 50%Tissue formation 60%Initial cell population 55%

Conceptual matrix formation

—ILLUSTRATIVE SCAFFOLD REMAINING

—ILLUSTRATIVE TISSUE COVERAGE

Educational visualisation only. Degradation and tissue coverage are illustrative curves, not validated kinetics or experimental results.

HYDROGEL APPEARANCE

Translucency 20%Surface gloss 75%Lighting intensity 100%

Optical appearance is illustrative. Transparency and gloss do not represent measured material properties.

ENGINEERING MEASUREMENT & SECTION

Select Measure Distance, then click two points on the 3D model.

Section plane axisSection position 0%

—X EXTENT

—Y EXTENT

—Z EXTENT

—POINT-TO-POINT

Measurements are in model millimetres. For conceptual biological and microfluidic objects, geometry is enlarged for visibility; displayed dimensions do not represent physical device measurements.

VIEW & CONTROLS

20 mmWIDTH

2.8 mmHEIGHT

—FILAMENTS

100%TIMELINE

—NOMINAL PORE OPENING

—APPROX. MATERIAL VOLUME

Educational scientific visualisation. Geometry is generated from the selected dimensions; cell behaviour, material degradation and microfluidic flow are conceptual, not validated biological predictions.