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Collection of Molecules Cliparts (47)

Looking for Molecules Cliparts? Here you will find a carefully collected gallery of free images in high quality. Each Molecules Cliparts can be downloaded for school projects, presentations, websites or creative designs. Need a custom image? Try our free image generator. These cliparts are free for personal use. Please read the full terms of use.

Curated clip art focused on molecules, including crisp transparent PNGs and simple vectors suitable for classroom printouts, slides, and web use.

3D molecular structure of caffeine showing carbon, nitrogen, oxygen, and hydrogen atoms in a ringed configuration.
A ball-and-stick model of the caffeine molecule, with carbon (gray), nitrogen (blue), oxygen (red), and hydrogen (green) atoms clearly labeled.
Colorful 3D molecular structure diagram showing atoms and bonds in a complex chemical compound.
A detailed 3D rendering of a molecular compound, with color-coded atoms and bond types (single, double, triple) for educational insight.
Pink molecular structure diagram with central atom bonded to four peripheral atoms via gray bonds.
A simplified 3D-style molecular model showing a central atom bonded to four surrounding atoms in a tetrahedral arrangement.
Simplified atomic model with three red electrons orbiting a nucleus along yellow elliptical paths.
A stylized Bohr model depicting three electrons moving in elliptical orbits around a central nucleus.
3D ball-and-stick model of a molecule with red central atom, green double-bonded atom, and pink/blue peripheral atoms.
A simplified ball-and-stick model showing covalent bonding in a small organic molecule-red = carbon, green = oxygen, pink = nitrogen, blue = hydrogen.
Blue atomic symbol with yellow nucleus and orbiting electrons on black background
A simplified Bohr model showing a central nucleus (yellow) surrounded by three electron orbits (blue), commonly used to introduce atomic theory.
Colorful molecular structure illustration with interconnected spheres representing atoms or data nodes.
A stylized, colorful molecular model showing interconnected atoms-perfect for illustrating chemistry, biology, or digital networks.
Cluster of glossy purple spheres arranged in a loose 3D lattice against white background, representing atoms or molecules.
A simplified 3D model of a molecular lattice, with uniform purple spheres representing atoms in close-packed configuration.
3D ball-and-stick model of an ethanol molecule (C₂H₅OH), showing carbon, hydrogen, and oxygen atoms.
A 3D representation of ethanol, highlighting its two carbon atoms (gray), six hydrogen atoms (white), and one hydroxyl oxygen (also white, bonded to carbon).
3D molecular structure of salicylic acid showing benzene ring, hydroxyl, and carboxylic acid groups.
A ball-and-stick model of salicylic acid, illustrating its ortho-hydroxybenzoic acid structure with key functional groups clearly labeled by atom color.
Red spherical particles inside a beaker with one particle escaping to the right, illustrating diffusion or solute movement.
A single red particle exits the beaker, demonstrating how molecules move from areas of high concentration to low concentration over time.
Colorful network diagram with interconnected orange, yellow, and central node illustrating data or social connections.
A simple yet effective network graph showing six nodes (three orange, three yellow) connected by black lines, centered around a key hub node.
3D-rendered water molecule (H₂O) with one red oxygen atom and two white hydrogen atoms bonded in a bent geometry.
A 3D model of a water molecule (H₂O), showing its characteristic bent shape with oxygen (red) and hydrogen (white) atoms.
3D molecular lattice model showing red and blue atoms connected by gray bonds in a crystalline structure.
A 3D schematic of a crystal lattice, where red spheres represent one atom type (e.g., oxygen) and blue spheres another (e.g., metal), connected by covalent or ionic bonds.
3D molecular model showing green and blue atoms in a tightly packed crystal lattice structure.
A computer-generated model of a crystalline solid, where green spheres represent one atom type and blue spheres another, arranged in a repeating lattice.
A cartoon-style Erlenmeyer flask with red liquid, bubbling reaction, and spark effect indicating a chemical experiment.
A stylized depiction of an active chemical reaction, perfect for visualizing lab experiments in educational materials.
Abstract arrangement of black outlined circles on white background with "aDrlaNa" text below
A striking monochrome logo design with randomized circle patterns and the brand name “aDrlaNa” in lowercase sans-serif type.
Abstract black-and-white molecular network diagram with interconnected nodes and bonds on a light gray background.
A stylized representation of molecular connectivity, showing atoms as nodes and bonds as links in a complex network.
Two cartoon strongmen in red superhero costumes with "OO" logos, flexing muscles and smiling.
Meet the OO Twins-muscle-bound mascots ready to inspire strength, unity, and a little humor!
Simplified 3D ball-and-stick model of a water molecule (H₂O), with one red oxygen atom and two white hydrogen atoms.
A clear, stylized 3D representation of a water molecule (H₂O), showing oxygen (red) and hydrogen (white) atoms in a bent geometry.
Structural diagram of pyrrole, a five-membered heterocyclic aromatic compound with one nitrogen atom.
Pyrrole molecule: a planar, aromatic five-membered ring with one nitrogen atom and four carbon atoms.
Molecular structure icon with red, blue, and gray spheres connected by black bonds on black background.
A stylized 3D molecular model showing three atoms (red, blue, gray) linked by covalent bonds.
Black-and-white diagram of a 3D molecular lattice structure with interconnected nodes and edges forming a cubic framework.
A schematic representation of a crystalline lattice structure, showing atomic positions (nodes) and bonding interactions (edges) in a cubic unit cell.
3D ball-and-stick model of a urea molecule (CO(NH₂)₂), showing carbon, oxygen, nitrogen, and hydrogen atoms.
A 3D representation of urea, highlighting its central carbonyl group bonded to two amino groups.
Bowser, the iconic villain from Super Mario, roaring with spiked shell and fiery mane.
Bowser strikes a classic pose-fierce, armored, and ready to challenge Mario once again.
Red and blue spheres clustered together representing protons and neutrons in an atomic nucleus.
A simplified model of an atomic nucleus with red spheres as protons and blue spheres as neutrons.
3D ball-and-stick model of a water molecule (H₂O) with one red oxygen atom and two white hydrogen atoms.
A simplified 3D ball-and-stick model showing one oxygen atom (red) bonded to two hydrogen atoms (white), illustrating the bent geometry of water.
Blue stylized microscope with gear mechanism on green striped base, symbolizing scientific research and innovation.
A modern, gear-enhanced microscope design representing precision, discovery, and the mechanics of scientific inquiry.
3D molecular model of carbon dioxide (CO₂) showing one black carbon atom double-bonded to two red oxygen atoms.
A realistic 3D rendering of a carbon dioxide (CO₂) molecule, illustrating its linear geometry and covalent double bonds.
3D ball-and-stick model of a sucrose molecule showing glucose and fructose units linked by a glycosidic bond.
Ball-and-stick representation of sucrose (C₁₂H₂₂O₁₁), highlighting its glycosidic linkage between α-glucose and β-fructose rings.
Red atomic nucleus with white electron orbits on black background, stylized scientific illustration.
A simplified yet elegant depiction of an atom, showing a central nucleus surrounded by electron orbitals.
A molecular model of a molecule on a white background.
The image is a 3D rendering of a molecular structure. It appears to be made up of multiple interconnected spheres and rods, arranged in a symmetrical pattern. The spheres are of different sizes and shapes, with some being larger and others being smaller. The rods are connected by a central point, which is likely a molecule or a molecule. The background is white, making the structure stand out. The overall appearance of the structure is modern and sleek.
A molecular model of a molecule.
The image is a 3D model of a molecular structure. It consists of six atoms connected by a series of red and blue spheres. The atoms are arranged in a symmetrical pattern, with the red spheres on the top and the blue spheres in the middle. The red spheres are connected to the blue sphere on the bottom, which is connected to a black molecule. The blue spheres are also connected to each other, creating a complex network of interconnected lines. The background is white, making the colors of the atoms stand out.
A group of colorful spheres on a white background.
The image is a molecular model of a molecule. It consists of multiple spheres of different colors - red, pink, yellow, green, blue, and orange. The spheres are connected by thin lines, creating a network-like structure. The background is white, making the colors of the spheres stand out. The molecule appears to be made up of multiple atoms, with the red spheres at the top and the yellow spheres at each end. The colors are arranged in a way that they form a continuous line, with each atom having a different shape and size. The overall effect is a colorful and dynamic representation of a complex structure.
A molecular model of a molecule with red and gray spheres.
The image is a 3D model of a molecular structure. It consists of six spheres connected by a red line. The spheres are arranged in a symmetrical pattern, with the red line connecting them to the gray spheres. The red line is slightly curved and extends from the top left corner to the bottom right corner of the image. The molecule appears to be made up of multiple atoms, with each atom having a different size and shape. The background is white, making the red and gray spheres stand out.
A 3D model of a protein molecule with an arrow pointing to the right.
The image is a 3D model of a protein molecule. The molecule is made up of multiple strands of green and blue protein, arranged in a complex pattern. The strands are connected by a yellow protein molecule in the center, which appears to be a protein structure. On the right side of the image, there are two red and blue molecules, one on each side, connected by an arrow pointing downwards. The background is white, and the molecule is outlined in black.
A molecular model of a molecule.
The image is a 3D model of a molecular structure. It consists of six spheres arranged in a cross-like pattern. The spheres are white and appear to be spherical in shape. The center of the structure is black, while the other three spheres are also white. The structure appears to be made up of a series of interconnected lines and curves, creating a complex and intricate design. The background is white, making the structure stand out.
A molecular model of a molecule.
The image is a 3D model of a molecular structure. It consists of six interconnected spheres, each with a different color - green, orange, and blue. The spheres are connected by a black rod, which is likely used to connect them to the structure. The orange sphere is in the center of the image, while the green sphere is on the left side. The blue sphere is at the bottom left corner, and the orange sphere on the right side is on top of the orange spheres. The structure appears to be made up of multiple interconnected lines, creating a complex and interconnected structure.
A molecular model of a molecule with a red and blue molecule in the middle.
The image is a 3D model of a molecular structure. The structure is made up of six interconnected spheres, each with a different color - blue, black, and silver. The blue spheres are connected by a black line, while the black spheres are arranged in a symmetrical pattern. The red spheres are on the top left and bottom right corners of the structure, and the silver spheres are in the center. The structure appears to be a representation of a chemical compound, as there are six atoms connected by lines. The atoms are connected to each other by a series of interconnected lines, creating a complex network of interconnectedness. The lines are connected in an alternating pattern, with the blue spheres on the left and the black ones on the right. The background is white, making the structure stand out.
A 3D model of a red and white molecule.
The image is a 3D model of a molecular structure. It consists of three spheres, one red and one white, connected by a red line. The red sphere is in the center of the image, with the white spheres on either side. The white spheres are on the left and right sides of the red sphere. The molecule appears to be made up of three atoms, with one atom on top and two on the bottom. The background is white, making the red and white colors stand out.
A molecular model of a molecule.
The image is a 3D model of a molecular structure. It consists of six interconnected spheres, each with a different color - red, orange, yellow, blue, and black. The spheres are arranged in a symmetrical pattern, with the red spheres at the top, the orange spheres in the middle, and the blue spheres on the bottom. The yellow spheres are connected by a black line, while the black lines are connected to each other. The red spheres are on the left side of the image, and they are connected on the right side. The black lines represent the atoms of the molecule, while red and yellow lines represent atoms. The molecule appears to be made up of multiple atoms, with each atom having a unique shape and size. The background is white, making the colors of the molecules stand out.
a pink molecule on a white background
The image is a molecular model of a molecule. It consists of six pink spheres connected by a black line. The spheres are arranged in a symmetrical pattern, with the largest sphere in the center and the smaller spheres on either side. The background is transparent, making the pink spheres stand out. The molecule appears to be a representation of a chemical compound or a molecule, with a molecular structure that is represented by the black lines.
a red and white sphere with two spheres on top of it
The image is a 3D rendering of a red sphere with two white spheres on either side. The sphere appears to be made up of two overlapping circles, with the top circle being slightly larger than the bottom circle. The spheres are round and have a smooth texture. The background is transparent, making the red sphere stand out. The overall design is simple and minimalistic.
a molecular model of a peptide molecule on a transparent background
The image is a 3D model of a molecular structure. It consists of six atoms arranged in a cross-like pattern. The atoms are blue and silver in color, with a red sphere at the top. The red sphere is connected to the black sphere by a black line. The blue atoms are connected by two silver spheres, one on each side of the red sphere. The black sphere is in the center of the cross, while the silver spheres are on either side. The background is transparent, making the structure stand out.
a colorful molecule with a white background
The image is a graphic representation of a network of interconnected circles and dots. The circles are of different sizes and colors, including orange, yellow, green, blue, and gray. The dots are connected by thin black lines, creating a network-like structure. The background is transparent, making the colors of the circles stand out. The image appears to be a representation of an atom or a molecule.
a black and white image of a molecule
The image is a black and white illustration of a molecular structure. The structure is made up of six interconnected spheres, each with a small hole in the center. The spheres are arranged in a symmetrical pattern, with the largest sphere at the top and the smallest at the bottom. The atoms are connected by a series of lines, creating a lattice-like structure. There are also two small sticks on either side of the structure, which are likely used to hold the atoms in place. The overall design is simple and minimalistic.
a molecular model of a molecule
The image is a 3D model of a molecular structure. It consists of a group of interconnected spheres of different sizes and colors - green, orange, and brown. The spheres are arranged in a symmetrical pattern, with the green spheres on the top and the orange spheres in the middle. The orange spheres are connected by a series of interconnected lines, creating a complex network of interconnected structures. The background is white, making the colors of the spheres stand out. The image appears to be a representation of a chemical compound or molecule.