Créez des visuels niveau Science & Nature dessins scientifiques
en quelques secondes.

Draw me a eukaryotic animal cell structure, label all the key organelles like nucleus, mitochondria, ER, Golgi, ribosomes, and cytoskeleton. Show where they're roughly located and their size relationships. Use a cross-sectional cutaway view, fill each organelle with distinct vibrant colors (e.g., nucleus in blue, mitochondria in red, ER in yellow), use bright and eye-catching colors, clean white background, high contrast, minimal shading, labeled callout lines, professional color scientific illustration vibe

Draw a labeled distillation setup, include the heat source, condenser with flow arrows, receiving flask, plus safety notes, glassware in light blue or transparent effect, metal parts in silver or gray, liquids in light blue or yellow, arrows in red or blue, use vibrant color fills, clean white background, high contrast, labeled callouts with leader lines, professional color scientific illustration

Draw a Michaelis–Menten curve, mark Km and Vmax clearly, add a small inset in the top right showing the Lineweaver–Burk plot, axis titles and units clearly labeled, use vibrant colors for the curve (e.g., blue or red), dark colors for axes and labels, clean white background, high contrast, professional color scientific chart style

Draw a synapse schematic showing presynaptic vesicles, receptors, reuptake process, add sequence arrows and labels, fill vesicles in yellow or orange, neurotransmitters in red or blue, receptors in green, postsynaptic membrane in pink, use vibrant color fills, clean white background, high contrast, labeled callouts with leader lines, professional color scientific illustration

Draw a non-inverting op-amp amplifier with the gain formula annotated, use standard symbols, label inputs and outputs, fill resistors in different colors (e.g., blue, green), capacitors in orange, op-amp chip in light gray, use colored wires (positive in red, negative in blue, signal lines in green), use vibrant color fills, clean white background, high contrast, professional color scientific illustration

Make a plate showing different leaf shapes (ovate, lanceolate, palmate, etc.), margin types, and venation patterns. Label each one clearly, herbarium-style plate feel, fill leaves with various shades of green (light green, medium green, dark green), veins in dark green, use vibrant color fills, clean white background, high contrast, labeled callouts with leader lines, professional color scientific illustration

Draw Young's double-slit setup schematic showing path difference, add a small graph inset showing the fringe pattern, write key equations as captions, fill light source in yellow or red, double-slit plate in dark gray, screen in light gray, use colored light paths (e.g., red, blue), use colored fringe pattern (bright fringes in yellow, dark fringes in dark color), use vibrant color fills, clean white background, high contrast, professional color scientific illustration

Draw a block diagram of a CNN for image classification, label all layers with dimensions, add arrows and a legend, fill different layers with distinct colors (input layer in blue, convolutional layers in green, pooling layers in yellow, fully connected layers in red, output layer in purple), use colored arrows, use vibrant color fills, clean white background, high contrast, labeled callouts with leader lines, professional color scientific illustration

Draw a construction diagram for the inscribed circle of a triangle, compass-and-straightedge style, annotate each step, draw triangle in blue or green lines, use different colors for compass marks (e.g., step 1 in red, step 2 in orange, step 3 in purple), fill final circle with vibrant color (e.g., yellow or pink), use vibrant color fills, clean white background, high contrast, professional color scientific illustration