Designed by scientists for scientists, we offer the solution in 3D bioprinting and cell culture, so you can focus on discovery, not troubleshooting.
Composition & Consistency
Engineered semi-synthetic biopolymeric mixture designed to mimic the ECM, mechanically and chemically.
Flexibility for Your Research
Lyophilized for easy, customizable reconstitution with your preferred medium.
Ease of Handling
Liquid at warm temperatures and viscous when cooled—eliminating the need for overnight thawing and ice storage.
TARGETING THE RIGHT STIFFNESS
Originally designed for Triple-Negative Breast Cancer models, VoxCell’s Universal Bioink™ also aligns with the stiffness profiles of breast, ovarian, lung, and prostate—offering versatility and the potential to support a wide range of tissue models.
UNIVERSAL BIOINK™
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< 1 kPa
Stiffness
> 150 kPa
DISCOVER THE 'UNIVERSAL' ADVANTAGE
The Universal Bioink™ is compatible with light-based bioprinting technologies*, and validated across commercial extrusion and digital light processing (DLP) bioprinters.
*Compatible with 1PP bioprinting technologies.
High shape fidelity and smooth extrusion across multiple printing windows
Shear-thinning and temperature responsive behaviour for smooth printing
Proven biocompatibility with high cell viability, tested with breast cancer cell line (MDA-MB-231) and lung cancer cell line (NCI-H460)
Image showcasing the structural fidelity and resolution of a 3D construct printed with Universal Bioink. The construct demonstrates excellent printability, maintaining defined geometry.
Image displaying a precisely patterned construct printed with Universal Bioink using Digital Light Processing (DLP) bioprinting. The structure highlights the bioink’s excellent resolution, enabling the fabrication of fine features and intricate geometries essential for microscale tissue engineering applications.
Merged fluorescence image showing Live/Dead and Hoechst staining of cells encapsulated in Universal Bioink on Day 7 after extrusion printing. Live cells are stained green, dead cells in red, and nuclei with Hoechst in blue, demonstrating high cell viability and sustained cell presence within the printed construct.
Image showcasing the structural fidelity and resolution of a 3D construct printed with Universal Bioink. The construct demonstrates excellent printability, maintaining defined geometry.
BEYOND BIOPRINTING
Explore the benefits of Universal Bioink™ as a matrix for 3D cell culture.
Supports various cell lines
Engineered to replicate the ECM of soft living tissues, our bioink provides the mechanical support and biocompatibility needed to sustain cell viability, growth, and proliferation across diverse cell types.
Tissue | Cell Line | Status |
|---|---|---|
Breast Cancer | Immortalized - MDA-MB-231 | Validated |
Breast Cancer | Immortalized - MCF-7 | Internal Validation Ongoing |
Lung Cancer | Immortalized - NCI-H460 | Validated |
Lung Cancer | Immortalized - H292 | Being explored by adopter |
Pancreatic Cancer | Immortalized - Hs766T | Being explored by adopter |
Pancreatic Cancer | Immortalized - Panc 1 | Being explored by adopter |
Ovarian Cancer | Immortalized - SCOV | Being explored by adopter |
Prostate Cancer | Immortalized - DU145 | Being explored by adopter |
Vascularization | Immortalized - SV-ARBEC | Being explored by adopter |
We are seeking research partners to collaborate with us in expanding our use cases. As an early adopter, you will have the opportunity to use our Universal Bioink™ firsthand.
EASY HANDLING WITH CONTROLLED GELATION & CROSSLINKING
Liquid at warm temperatures, viscous when cooled, and photocrosslinks with LAP (405 nm) into a stable hydrogel.
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(1) Mix 0.25% (w/v) LAP with Universal Bioink™, (2) add your cell suspension, and (3) irradiate with 405 nm UV to crosslink for 3D cell culture or bioprinting, forming (4) a stable hydrogel or scaffold for advanced research.
