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https://www.labcanvas.com/blog/figure-editor-scientific-illustration2026-10-18monthly0.8https://www.labcanvas.com/shots/figure.webpThe LabCanvas Figure editor with a figure on the canvas, the Library of science objects on the left and the Design panel on the righthttps://www.labcanvas.com/showcase/nano-particle.webpNanoparticle 3D, a LabCanvas science objecthttps://www.labcanvas.com/showcase/nano-au-citrate.webpGold NP, citrate-capped, a LabCanvas science objecthttps://www.labcanvas.com/showcase/nano-ag-capped.webpSilver NP, phytochemical capping, a LabCanvas science objecthttps://www.labcanvas.com/showcase/nano-au-ctab-seed.webpCTAB-capped gold seed, a LabCanvas science objecthttps://www.labcanvas.com/showcase/nano-fe3o4.webpMagnetite NP Fe₃O₄, a LabCanvas science objecthttps://www.labcanvas.com/showcase/nano-fe3o4-sio2.webpFe₃O₄@SiO₂ core–shell, a LabCanvas science objecthttps://www.labcanvas.com/showcase/gw-beaker.webpBeaker, a LabCanvas science objecthttps://www.labcanvas.com/showcase/gw-beaker-tall.webpTall-form beaker, a LabCanvas science objecthttps://www.labcanvas.com/showcase/gw-erlenmeyer.webpErlenmeyer flask, a LabCanvas science objecthttps://www.labcanvas.com/showcase/gw-rbf.webpRound-bottom flask, a LabCanvas science objecthttps://www.labcanvas.com/showcase/gw-rbf-2neck.webpTwo-neck flask, a LabCanvas science objecthttps://www.labcanvas.com/showcase/gw-rbf-3neck.webpThree-neck flask, a LabCanvas science objecthttps://www.labcanvas.com/showcase/gw-balance.webpAnalytical balance, a LabCanvas science objecthttps://www.labcanvas.com/showcase/gw-phmeter.webppH meter, a LabCanvas science objecthttps://www.labcanvas.com/showcase/gw-centrifugemachine.webpCentrifuge, a LabCanvas science objecthttps://www.labcanvas.com/showcase/bat-crystal.webpElectrode crystal, a LabCanvas science objecthttps://www.labcanvas.com/showcase/bat-crystal-lco-half.webpLi₀.₅CoO₂ half charged, a LabCanvas science objecthttps://www.labcanvas.com/showcase/bat-crystal-lco-paths.webpLiCoO₂ with 2D lithium planes, a LabCanvas science objecthttps://www.labcanvas.com/showcase/mof-sbu.webpMOF building unit SBU, a LabCanvas science objecthttps://www.labcanvas.com/showcase/mof-sbu-zn4o.webpZn₄O cluster with linkers MOF-5, a LabCanvas science objecthttps://www.labcanvas.com/showcase/mof-sbu-cu-pw.webpCu paddlewheel HKUST-1, a LabCanvas science objecthttps://www.labcanvas.com/templates/graphene-oxide-synthesis-characterization.webpGraphene oxide: synthesis and characterization: an editable graphical abstract templatehttps://www.labcanvas.com/templates/hydrothermal-zno-nanorods.webpHydrothermal growth of ZnO nanorod arrays: an editable graphical abstract templatehttps://www.labcanvas.com/templates/lithium-ion-battery-how-it-works.webpHow a lithium-ion battery works: an editable graphical abstract template https://www.labcanvas.com/blog/slides-scientific-presentations2026-10-18monthly0.8https://www.labcanvas.com/blog/apps/slides-nano.webpLabCanvas Slides with the sample nanomaterials deck: a slide strip on the left, the title slide in the middle, transitions and speaker notes on the righthttps://www.labcanvas.com/blog/apps/slides-nano.webpThe first slides of the nanomaterials sample deck in LabCanvas Slideshttps://www.labcanvas.com/templates/water-splitting-her-oer.webpWater splitting: hydrogen and oxygen evolution: an editable graphical abstract templatehttps://www.labcanvas.com/templates/cof1-cof5-boronate-cofs.webpCOF-1 and COF-5: the first COFs: an editable graphical abstract templatehttps://www.labcanvas.com/templates/mof5-synthesis-structure.webpMOF-5: synthesis and structure: an editable graphical abstract template https://www.labcanvas.com/blog/research-poster-maker2026-10-18monthly0.8https://www.labcanvas.com/shots/poster.webpLabCanvas Research Poster with an A0 poster in three columns, the Blocks palette on the left and page settings on the righthttps://www.labcanvas.com/examples/posters/battery-nmc-sm.webpA0 poster on layered NMC cathodes made in LabCanvas Research Posterhttps://www.labcanvas.com/examples/posters/mof-uio66-sm.webpA0 poster on missing-linker defects in UiO-66 made in LabCanvas Research Posterhttps://www.labcanvas.com/examples/posters/nano-gold-nanorods-sm.webpA0 poster on gold nanorods made in LabCanvas Research Poster https://www.labcanvas.com/blog/moldraw-chemical-structure-drawing2026-10-18monthly0.8https://www.labcanvas.com/shots/moldraw.webpLabCanvas MolDraw with a nitrophenyl amide drawn with wedge and hash stereo bondshttps://www.labcanvas.com/gallery3d/hydrogel3d.webpHydrogel, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/fibers3d.webpFibre mat, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/porous3d.webpPorous material, a 3D model rendered in the LabCanvas 3D Studio https://www.labcanvas.com/blog/3d-studio-scientific-3d-models2026-10-18monthly0.8https://www.labcanvas.com/shots/3d.webpThe LabCanvas 3D Studio with MOFs, a carbon nanotube and a gold nanoparticle in the scenehttps://www.labcanvas.com/gallery3d/cellcutaway3d.webpCell cutaway, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/adherentcell3d.webpAdherent cell cutaway, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/celluptake3d.webpCell taking up nanoparticles, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/neuron3d.webpNeuron, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/myelinneuron3d.webpMyelinated neuron with signal, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/synapse3d.webpSynapse, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/nanoparticle3d.webpNanoparticle, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/nanorod3d.webpGold nanorod, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/nanostar3d.webpGold nanostar, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/nanocube3d.webpSilver nanocube, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/goldlattice3d.webpGold nanoparticle atoms, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/icosahedral3d.webpIcosahedral nanoparticle, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/graphene3d.webpGraphene, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/hbn3d.webph-BN, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/mos23d.webpMoS₂, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/ptooh3d.webpPt111 with *OOH ORR, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/pth3d.webpPt111 with *H HER, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/cuco3d.webpCu100 with *CO CO₂ reduction, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/printer3d.webp3D bioprinter, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/solarcell3d.webpSolar cell, a 3D model rendered in the LabCanvas 3D Studiohttps://www.labcanvas.com/gallery3d/fet3d.webpTransistor FET, a 3D model rendered in the LabCanvas 3D Studio https://www.labcanvas.com/blog/protein-viewer-pdb-structures2026-10-18monthly0.8https://www.labcanvas.com/shots/protein.webpThe LabCanvas Protein viewer showing a protein structure as a cartoon coloured by chain, with the sequence bar along the tophttps://www.labcanvas.com/templates/alphafold-predicted-structure-confidence.webpAlphaFold: a predicted structure and how sure it is: an editable graphical abstract templatehttps://www.labcanvas.com/templates/alphafold-2-and-3-architecture.webpInside AlphaFold 2 and AlphaFold 3: an editable graphical abstract templatehttps://www.labcanvas.com/templates/protein-folding-energy-landscape.webpProtein folding: the energy landscape: an editable graphical abstract template https://www.labcanvas.com/blog/graphs-statistics-scientific-plots2026-10-18monthly0.8https://www.labcanvas.com/shots/graphs.webpLabCanvas Graphs & statistics with a cell viability graph, a one-way ANOVA and significance bracketshttps://www.labcanvas.com/blog/graphs/scatter.webpScatter dot plot made in LabCanvas Graphs: Every value, with the mean and SDhttps://www.labcanvas.com/blog/graphs/scatterBar.webpBars with points made in LabCanvas Graphs: Mean ± SEM bars with every value on tophttps://www.labcanvas.com/blog/graphs/bar.webpBar chart made in LabCanvas Graphs: Mean ± SEMhttps://www.labcanvas.com/blog/graphs/meanError.webpMean ± SD made in LabCanvas Graphs: A symbol at each mean with SD error barshttps://www.labcanvas.com/blog/graphs/box.webpBox & whiskers made in LabCanvas Graphs: Median, quartiles and Tukey whiskershttps://www.labcanvas.com/blog/graphs/violin.webpViolin plot made in LabCanvas Graphs: The distribution with median and quartileshttps://www.labcanvas.com/blog/graphs/floatingBar.webpFloating bars made in LabCanvas Graphs: Minimum to maximum with the meanhttps://www.labcanvas.com/blog/graphs/beforeAfter.webpBefore–after made in LabCanvas Graphs: Paired values joined by lineshttps://www.labcanvas.com/blog/graphs/estimation.webpEstimation plot made in LabCanvas Graphs: Two groups and the difference with its 95% CIhttps://www.labcanvas.com/blog/graphs/xyScatter.webpXY scatter made in LabCanvas Graphs: Points with X and Y valueshttps://www.labcanvas.com/blog/graphs/xyLine.webpLine graph made in LabCanvas Graphs: Mean ± SEM joined by lineshttps://www.labcanvas.com/blog/graphs/xySpline.webpSmooth curve made in LabCanvas Graphs: A spline through the meanshttps://www.labcanvas.com/blog/graphs/xyArea.webpArea chart made in LabCanvas Graphs: Lines with the area below filledhttps://www.labcanvas.com/blog/graphs/regression.webpLinear regression made in LabCanvas Graphs: Best-fit line with its 95% confidence bandhttps://www.labcanvas.com/blog/graphs/doseResponse.webpDose–response curve made in LabCanvas Graphs: Sigmoidal fit with EC₅₀https://www.labcanvas.com/blog/graphs/bubble.webpBubble plot made in LabCanvas Graphs: Bubble size from a second data sethttps://www.labcanvas.com/blog/graphs/groupedBar.webpGrouped bars made in LabCanvas Graphs: Mean ± SEM side by side in each rowhttps://www.labcanvas.com/blog/graphs/groupedScatter.webpGrouped scatter made in LabCanvas Graphs: Every replicate, side by sidehttps://www.labcanvas.com/blog/graphs/groupedBox.webpGrouped box plot made in LabCanvas Graphs: Box & whiskers side by side in each rowhttps://www.labcanvas.com/blog/graphs/groupedLine.webpTime course made in LabCanvas Graphs: Means joined across rowshttps://www.labcanvas.com/blog/graphs/stackedBar.webpStacked bars made in LabCanvas Graphs: Means stacked in each rowhttps://www.labcanvas.com/blog/graphs/stacked100.webp100% stacked bars made in LabCanvas Graphs: Each row as percentageshttps://www.labcanvas.com/blog/graphs/heatmap.webpHeat map made in LabCanvas Graphs: Rows × data sets coloured by valuehttps://www.labcanvas.com/blog/graphs/volcano.webpVolcano plot made in LabCanvas Graphs: A t test per row; discoveries by false discovery ratehttps://www.labcanvas.com/blog/graphs/histogram.webpHistogram made in LabCanvas Graphs: Frequency distributionhttps://www.labcanvas.com/blog/graphs/cumulative.webpCumulative frequency made in LabCanvas Graphs: Cumulative distribution of each columnhttps://www.labcanvas.com/blog/graphs/qq.webpQQ plot made in LabCanvas Graphs: Is it normal? Actual vs. predicted valueshttps://www.labcanvas.com/blog/graphs/survival.webpKaplan–Meier made in LabCanvas Graphs: Survival curves with censor tickshttps://www.labcanvas.com/blog/graphs/survivalDeath.webpCumulative incidence made in LabCanvas Graphs: Percent with the event over timehttps://www.labcanvas.com/blog/graphs/contingencyBar.webpCounts by group made in LabCanvas Graphs: Outcome counts or % side by sidehttps://www.labcanvas.com/blog/graphs/contingencyStacked.webpStacked percentages made in LabCanvas Graphs: Outcomes as % of each grouphttps://www.labcanvas.com/blog/graphs/pie.webpPie chart made in LabCanvas Graphs: Fractions of a wholehttps://www.labcanvas.com/blog/graphs/donut.webpDonut chart made in LabCanvas Graphs: A pie with a holehttps://www.labcanvas.com/blog/graphs/partsBar.webp100% bar made in LabCanvas Graphs: Parts stacked in one barhttps://www.labcanvas.com/blog/graphs/blandAltman.webpBland–Altman made in LabCanvas Graphs: Agreement of two methodshttps://www.labcanvas.com/blog/graphs/roc.webpROC curve made in LabCanvas Graphs: Diagnostic accuracy with the areahttps://www.labcanvas.com/blog/graphs/corrMatrix.webpCorrelation matrix made in LabCanvas Graphs: Pearson r of every pair of variableshttps://www.labcanvas.com/blog/graphs/pae.webpPredicted aligned error PAE made in LabCanvas Graphs: AlphaFold-style matrix: low error within domains, high between themhttps://www.labcanvas.com/blog/graphs/plddt.webpPer-residue confidence pLDDT made in LabCanvas Graphs: Confidence along the sequence in the AlphaFold colour bandshttps://www.labcanvas.com/blog/graphs/contacts.webpContact map made in LabCanvas Graphs: Predicted residue–residue contact probabilitieshttps://www.labcanvas.com/blog/graphs/rama.webpRamachandran plot made in LabCanvas Graphs: ψ against φ with the favoured and allowed regionshttps://www.labcanvas.com/blog/graphs/parity.webpParity plot ML model made in LabCanvas Graphs: Predicted vs. measured potency with R², RMSE and MAEhttps://www.labcanvas.com/blog/graphs/chemSpace.webpChemical space map made in LabCanvas Graphs: Compounds by weight and lipophilicity, coloured by potencyhttps://www.labcanvas.com/blog/graphs/radar.webpProperty radar drug-likeness made in LabCanvas Graphs: Each property as a fraction of its rule-of-five limit, one polygon per drughttps://www.labcanvas.com/blog/graphs/confusion.webpConfusion matrix made in LabCanvas Graphs: Classifier counts: true class by row, predicted by columnhttps://www.labcanvas.com/blog/graphs/prCurve.webpPrecision–recall curve made in LabCanvas Graphs: Virtual screen or classifier: precision against recall with average precisionhttps://www.labcanvas.com/blog/graphs/enrichment.webpEnrichment curve made in LabCanvas Graphs: Actives found against library screened, with EF 1% and EF 5%https://www.labcanvas.com/blog/graphs/landscape.webp3D free energy landscape made in LabCanvas Graphs: Energy over two collective variables as a surfacehttps://www.labcanvas.com/blog/graphs/combo.webpDrug combination surface made in LabCanvas Graphs: Response over two drug doses as a 3D surfacehttps://www.labcanvas.com/blog/graphs/scatter3d.webp3D scatter made in LabCanvas Graphs: Three properties per compound, coloured by a fourth https://www.labcanvas.com/blog/optics-optical-setup-simulator2026-10-18monthly0.8https://www.labcanvas.com/blog/apps/optics-michelson.webpLabCanvas Optics with a Michelson interferometer on a breadboard: a HeNe laser, a beam splitter, two mirrors and a camera, with the beam traced in redhttps://www.labcanvas.com/blog/apps/optics-michelson.webpMichelson interferometer in LabCanvas Opticshttps://www.labcanvas.com/blog/apps/optics-fluorescence.webpEpi-fluorescence microscope in LabCanvas Opticshttps://www.labcanvas.com/blog/apps/optics-grating.webpMercury lines on a diffraction grating in LabCanvas Optics https://www.labcanvas.com/blog/pixel-editor-microscopy-images2026-10-18monthly0.8https://www.labcanvas.com/shots/pixel.webpThe LabCanvas Pixel editor adjusting levels and curves on a six-panel figure of micrographs https://www.labcanvas.com/blog/what-is-labcanvas2026-10-14monthly0.7https://www.labcanvas.com/blog/what-is-labcanvas.webpIllustration of the LabCanvas window: a molecule, a crystal lattice, a graph, a graphical abstract and a slide on one canvas, joined by a workflow linehttps://www.labcanvas.com/shots/figure-sm.webpThe LabCanvas figure editor with a graphical abstract on nanomaterials for energy storagehttps://www.labcanvas.com/shots/moldraw-sm.webpMolDraw drawing a substituted aromatic amide with stereo bondshttps://www.labcanvas.com/shots/3d-sm.webpThe 3D Studio showing MOFs, a carbon nanotube and a gold nanoparticlehttps://www.labcanvas.com/shots/protein-sm.webpThe protein viewer showing the SARS-CoV-2 spike glycoproteinhttps://www.labcanvas.com/shots/graphs-sm.webpThe graphs app with a column graph, an ANOVA and significance bracketshttps://www.labcanvas.com/shots/slides-sm.webpA slide deck built from vector figures in LabCanvas Slideshttps://www.labcanvas.com/templates/mini/hummers-go-rgo.webpTemplate gallery thumbnails: Hummers method, MXene etching and Stöber silica https://www.labcanvas.com/editor.html2026-10-08monthly0.5 https://www.labcanvas.com/slides.html2026-10-08monthly0.5 https://www.labcanvas.com/poster.html2026-10-08monthly0.5 https://www.labcanvas.com/moldraw/2026-10-08monthly0.5 https://www.labcanvas.com/studio3d.html2026-10-08monthly0.5 https://www.labcanvas.com/protein.html2026-10-08monthly0.5 https://www.labcanvas.com/plot.html2026-10-08monthly0.5 https://www.labcanvas.com/optics.html2026-10-08monthly0.5