Platform
Build the matrix.
Define the formulation.
Prepare it on demand.
Inkfinity™ brings materials, formulation and preparation together in one connected platform, giving researchers greater control over how biological matrices are designed and prepared.
ECM Building Blocks
Precisely characterised extracellular matrix components provide a controlled foundation for biofabrication, with defined composition and traceability designed to support the path from research towards future clinical use.
AI Driven Formulation
Inkfinity AI is being developed to guide biomaterial selection, formulation ratios and preparation parameters around specific biological and mechanical requirements.
Closed Mixing System
Inktegration™ brings reconstitution and mixing into a closed preparation workflow, reducing open handling while enabling biomaterials to be prepared consistently and on demand.
It starts with the matrix.
ECM Building Blocks
Defined At Source.
Stable By Design.
Start with the matrix.
The extracellular matrix, or ECM, provides the structural and biochemical environment surrounding cells within tissues. Its composition varies across tissues, creating different physical and biological contexts for cellular function.
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Inkfinity™ starts with defined ECM building blocks, giving researchers greater control over what goes into the matrices they create.
From Powder to Hydrogel
CollGel™ begins as lyophilised Type I collagen. Reconstituted with InkSoluble™ RB01 through the Inktegration™ workflow, it forms a collagen hydrogel ready for downstream research applications.
Defined by composition. CollGel™ is a highly purified Type I atelocollagen supplied in lyophilised form, providing a defined starting material for matrix preparation.
Stable by design. Lyophilised format supports convenient storage and handling before reconstitution, allowing the matrix to be prepared when required.
Built to be modular. CollGel™ represents the structural starting point of a broader building block approach, designed to support increasingly adaptable matrix formulations as the platform develops.
AI Driven Formulation
Formulation.
Reimagined.
The Formula Finds Itself.
VOID's AI formulation engine translates biological and mechanical targets into precise, optimised bioink compositions — drawing from a curated library of characterised ECM components to remove the guesswork from every build.
Target-Driven Design Define your tissue type, mechanical requirements, and biological parameters. The system maps your inputs to a formulation — no guesswork, no iteration from scratch.
Built on Characterised Data. Every output is grounded in standardised, fully characterised ECM building blocks. Known properties. Predictable outcomes.
Formulation on Demand From requirement to recipe in a single workflow. Scalable across applications, adaptable to new tissue targets as the material library grows.
Precise. Scalable. Coming soon.
Closed Mixing System
Inktegration In Motion.
Innovation In Creation.
Fully Closed. Contamination Free.
Every transfer, every mix, every preparation happens inside a sealed system. No open handling. No exposure. No compromise on sterility.
Freshly Prepared.
Every Time.
Reconstituted at the point of use, not in advance. Consistent viscosity, homogeneous mixing, and controlled hydration — batch after batch, operator after operator.
One System. Every Application.
The same closed platform serves as both mixing vessel and delivery system for tissue engineering, bioprinting, and regenerative research. No additional equipment required.
A different way to build the matrix.
Conventional
In Vitro Matrices
