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AI-Driven Innovations in Reticular Chemistry

Advancing MOFs, COFs, HOFs and supramolecular with AI technology.

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We Are Innovating Reticular Chemistry

Harnessing AI to revolutionize reticular chemistry, enhancing structure prediction and performance for advanced materials.

A 3D illustration of interconnected white spheres resembling molecular structures set against a soft, blurred backdrop. The spheres are depicted in various sizes, connected by straight rods, creating an impression of a complex network or chemical compound.
A 3D illustration of interconnected white spheres resembling molecular structures set against a soft, blurred backdrop. The spheres are depicted in various sizes, connected by straight rods, creating an impression of a complex network or chemical compound.

Our Innovative Models

Current innovations that have been achieved in the area of combining AI and Reticular Chemistry

A close-up of a shiny, metallic structure that resembles a molecular model. The background features a vibrant red hue, with bokeh circles of light scattered across the image, creating an abstract, artistic feel.
A close-up of a shiny, metallic structure that resembles a molecular model. The background features a vibrant red hue, with bokeh circles of light scattered across the image, creating an abstract, artistic feel.
MOF Architect

Predict the metal node type of MOF, now support Cu-carboxylate MOF.

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A close-up abstract image of a metallic molecular model with shiny spheres and rods set against a vibrant red background. The focus is soft, creating a dreamy and slightly blurred effect.
A close-up abstract image of a metallic molecular model with shiny spheres and rods set against a vibrant red background. The focus is soft, creating a dreamy and slightly blurred effect.
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woman in white long sleeve shirt sitting on chair
Intelligent Design for Post-Modification

Based on Reasoning LLM's Chain of Thought capability, powered by DeepSeek-R1.

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More products will be available soon...

Contact Us for AI Innovations

Reach out to explore AI in reticular chemistry advancements.

A geometric arrangement of metallic spheres forming a diamond-shaped three-dimensional structure. The spheres are uniformly spaced and appear highly polished, reflecting light subtly across their curving surfaces. The background is a plain, light gray, which highlights the structure's intricate pattern and symmetry.
A geometric arrangement of metallic spheres forming a diamond-shaped three-dimensional structure. The spheres are uniformly spaced and appear highly polished, reflecting light subtly across their curving surfaces. The background is a plain, light gray, which highlights the structure's intricate pattern and symmetry.
Innovate

Harnessing AI to revolutionize reticular chemistry solutions.

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