Journal articles
Create detailed figures and diagrams that clearly communicate complex research to journal readers.
🎨 Illustrateur scientifique IA
Créez des figures scientifiquesentièrement modifiables.
Exportez des PPTX & SVG modifiables, ainsi que des PNG & JPG haute résolution. Optimisé pour les revues et les présentations.
Obtenez 200 crédits gratuits | Aucune carte de crédit requise
Conçu pour les flux de communication scientifique modernes
Des figures scientifiques pour toutes les disciplines.
Mécanismes, appareils, workflows et posters pour la physique, la chimie, l’ingénierie et les sciences de la vie.
TEXTE VERS IMAGE
Générez un premier visuel à partir d’un prompt
Décrivez un mécanisme, un flux de travail ou un concept et obtenez rapidement une figure scientifique prête à être affinée.
Essayer
Use cases
Built for every research moment
One studio for journal figures, slides, teaching visuals, grants, and paper abstracts.
Conference presentations
Design slides that hold attention and explain findings without crowding the frame.
Teaching materials
Develop clear classroom visuals that help students grasp scientific concepts faster.
Grant proposals
Illustrate research plans with visuals that help review panels see the idea quickly.
Thesis & dissertations
Create professional figures that raise the standard of academic manuscripts.
Graphical abstract
Turn a paper story into a one-screen summary that captures the finding at a glance.
Published style
Créé avec FigPad
Explorez des figures prêtes à publier créées par des chercheurs du monde entier.
Survolez un exemple et choisissez Utiliser pour l’ouvrir dans l’espace de travail comme référence visuelle, sans remplir le prompt.
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computational scienceIF 12.0
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Paper-promotion agents from extraction to packaging
communicationsIF 14.7
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Metal-based nanomaterials for delivery and catalysis
communicationsIF 14.7
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Ecosystem services, urbanization and SDG pathways
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Bacteria–nanomaterial synergy for cancer biotherapy
biomedical engineeringIF 26.6
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Biological behavior of zinc-based orthopedic implants
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EV fleet dispatch with P2G–CCS conversion pathways
machine intelligenceIF 23.9
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Encoder–reasoner–decoder with cross-scale skip paths
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Coupled human–natural systems across landscape mosaics
CellPressIF 45.5
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T-cell and tumor synapse with checkpoint contacts
cell biologyIF 21.3
Utiliser
Acidic niche sugar shield blocks ferroptosis
CellMetabolismIF 27.7
Utiliser
Organelle-delivery cutaway for transplantation
medicineIF 58.7
Utiliser
Oxygen gradient and stiff hypoxic stroma in the tumor niche
biomedical engineeringIF 26.6
Utiliser
Organ-on-chip with mixer, culture chambers and membrane flow
communicationsIF 14.7
Utiliser
Organoid trapping in a serpentine microfluidic chip
IF 50.5
Utiliser
CRISPR cut-and-repair mechanism
cell biologyIF 21.3
Utiliser
Intact versus disassembled cytoskeleton with readout
methodsIF 40.1
Utiliser
Four-panel methods board from isolation to readout
ScienceAdvancesIF 11.7
Utiliser
Iterate–validate cycle from hypothesis to deployment
machine intelligenceIF 23.9
Utiliser
Dual-stream encoder with adapter blocks and decoder mask
computational scienceIF 12.0
Utiliser
Multi-agent extraction, synthesis and adaptation pipeline
machine intelligenceIF 23.9
Utiliser
Adaptive reasoning paths across query difficulty
communicationsIF 14.7
Utiliser
Co-scheduling EVs and storage in an integrated energy system
ScienceAdvancesIF 11.7
Utiliser
Multi-source IES with conversion, storage and V2B demand
machine intelligenceIF 23.9
Utiliser
Controller routing queries through an agentic supernet
computational scienceIF 12.0
Utiliser
Paper-promotion agents from extraction to packaging
communicationsIF 14.7
Utiliser
Urban expansion impact on vegetation carbon sequestration
IF 50.5
Utiliser
Metal-based nanomaterials for delivery and catalysis
communicationsIF 14.7
Utiliser
Ecosystem services, urbanization and SDG pathways
IF 50.5
Utiliser
Bacteria–nanomaterial synergy for cancer biotherapy
biomedical engineeringIF 26.6
Utiliser
Biological behavior of zinc-based orthopedic implants
ScienceAdvancesIF 11.7
Utiliser
EV fleet dispatch with P2G–CCS conversion pathways
machine intelligenceIF 23.9
Utiliser
Encoder–reasoner–decoder with cross-scale skip paths
IF 50.5
Utiliser
Coupled human–natural systems across landscape mosaics
CellPressIF 45.5
Utiliser
T-cell and tumor synapse with checkpoint contacts
cell biologyIF 21.3
Utiliser
Acidic niche sugar shield blocks ferroptosis
CellMetabolismIF 27.7
Utiliser
Organelle-delivery cutaway for transplantation
medicineIF 58.7
Utiliser
Oxygen gradient and stiff hypoxic stroma in the tumor niche
biomedical engineeringIF 26.6
Utiliser
Organ-on-chip with mixer, culture chambers and membrane flow
communicationsIF 14.7
Utiliser
Organoid trapping in a serpentine microfluidic chip
IF 50.5
Utiliser
CRISPR cut-and-repair mechanism
cell biologyIF 21.3
Utiliser
Intact versus disassembled cytoskeleton with readout
methodsIF 40.1
Utiliser
Four-panel methods board from isolation to readout
ScienceAdvancesIF 11.7
Utiliser
Iterate–validate cycle from hypothesis to deployment
machine intelligenceIF 23.9
Utiliser
Dual-stream encoder with adapter blocks and decoder mask
computational scienceIF 12.0
Utiliser
Multi-agent extraction, synthesis and adaptation pipeline
machine intelligenceIF 23.9
Utiliser
Adaptive reasoning paths across query difficulty
communicationsIF 14.7
Utiliser
Co-scheduling EVs and storage in an integrated energy system
ScienceAdvancesIF 11.7
Utiliser
Multi-source IES with conversion, storage and V2B demand
machine intelligenceIF 23.9
Utiliser
Controller routing queries through an agentic supernet
computational scienceIF 12.0
Utiliser
Paper-promotion agents from extraction to packaging
communicationsIF 14.7
Utiliser
Urban expansion impact on vegetation carbon sequestration
IF 50.5
Utiliser
Metal-based nanomaterials for delivery and catalysis
communicationsIF 14.7
Utiliser
Ecosystem services, urbanization and SDG pathways
IF 50.5
Utiliser
Bacteria–nanomaterial synergy for cancer biotherapy
biomedical engineeringIF 26.6
Utiliser
Biological behavior of zinc-based orthopedic implants
ScienceAdvancesIF 11.7
Utiliser
EV fleet dispatch with P2G–CCS conversion pathways
machine intelligenceIF 23.9
Utiliser
Encoder–reasoner–decoder with cross-scale skip paths
IF 50.5
Utiliser
Coupled human–natural systems across landscape mosaics
FAQ
Questions fréquemment posées
Tout ce que vous devez savoir sur le droit d'auteur, les formats de fichiers et les citations.
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