Water-Displacement Gas Collection Apparatus 3D Model

An interactive chemistry apparatus illustrating water-displacement gas collection through dripping liquid, bubbles, and changing water levels. Generated by Kimi K3.1 Pro.

Try 3D Make View membership plan

Loading preview...

Start from this prompt

An interactive chemistry apparatus with dripping liquid, bubbles and changing water levels.

Try 3D Make

Create a 3D teaching model of gas generation and water-displacement collection, including a dropping funnel, conical flask, two-hole stopper, delivery tube, water trough, inverted gas jar, glass plate, and retort stand. Show accurate connections, glass thickness, and hollow tubing, with individually inspectable parts, cutaways, and close-ups. Animate liquid dripping, bubble transport, and water displacement, with labels explaining each component and the principle. Provide an editable model, GLB, and a webpage that loads it with rotation, zoom, component selection, and playback controls.

Add touch controls

Adds phone controls and layout without changing the other requirements.

Try 3D Make

Create a 3D teaching model of gas generation and water-displacement collection, including a dropping funnel, conical flask, two-hole stopper, delivery tube, water trough, inverted gas jar, glass plate, and retort stand. Show accurate connections, glass thickness, and hollow tubing, with individually inspectable parts, cutaways, and close-ups. Animate liquid dripping, bubble transport, and water displacement, with labels explaining each component and the principle. Provide an editable model, GLB, and a webpage that loads it with rotation, zoom, component selection, and playback controls.

Try a warmer palette

Changes the palette while preserving the other requirements.

Try 3D Make

Create a 3D teaching model of gas generation and water-displacement collection, including a dropping funnel, conical flask, two-hole stopper, delivery tube, water trough, inverted gas jar, glass plate, and retort stand. Show accurate connections, glass thickness, and hollow tubing, with individually inspectable parts, cutaways, and close-ups. Animate liquid dripping, bubble transport, and water displacement, with labels explaining each component and the principle. Provide an editable model, GLB, and a webpage that loads it with rotation, zoom, component selection, and playback controls.