BIO ONE

Unlock greater insights by leveraging the power of 3D cell culture

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LUMEN X

Experience the standard for benchtop DLP bioprinters

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Leading the way in 3D bioprinting

We Create the Future of Health

Unlock greater insights by leveraging the power of 3D cell culture through award-winning 3D bioprinters and carefully sourced biomaterials and bioinks.

THE BIOINK COMPANY

Bioinks & Biomaterials for 3D Bioprinting

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Introducing novel ways to optimize your research

Application Notes

The latest in 3D bioprinting

Blogs

Guiding you through the 3D bioprinting process

Printing Protocols
BIO X

The go-to 3D bioprinter for cell biologists, tissue engineers and biomedical researchers.
BIO X6

Delivering unparalleled bioprinting flexibility with 6 printheads.
LUMEN X

Experience the new standard for benchtop DLP bioprinters.
BIONOVA X

Delivering high-resolution direct-in-well 3D bioprinting
BIO ONE

Eliminating the barriers to 3D cell culture with precision and syringe-based extrusion.

The latest in peer-reviewed 3D bioprinting research

Customer Publications
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Areas of Impact

The 3D bioprinting industry is revolutionizing research in critical research areas, enabling the future of health.

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Personalized Medicine

With 3D bioprinting, you can develop patient-specific models with cell-friendly biofabrication methods and be a part of the paradigm shift in healthcare.

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Drug Discovery

Accelerate drug candidate discovery through high-throughput biofabrication of more physiologically relevant and biomimetic models.

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Regenerative Medicine

Combine multiple materials and cell types to recapitulate in vivo-like conditions and unlock a greater understanding of human and animal biology.

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Cell Cultured Food

Apply 3D bioprinting to develop the next era of nutritional sources. Explore sustainable methods of producing cell cultured and synthetic foods.

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3D Bioprinting, Explained

3D bioprinting is an additive manufacturing process similar to 3D printing – it uses a digital file as a blueprint to print an object layer by layer. But unlike 3D printing, bioprinters print with cells and biomaterials, creating organ-like structures that let living cells multiply. Although bioprinting is a relatively new technology, it has huge potential to benefit industries like regenerative and personalized medicine, drug discovery and cosmetics.

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Read the full article on how 3D bioprinting works

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Customer Spotlights

Stretchable Electronics through 3D Bioprinting

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Bioprinted Skeletal Muscle Tissue with a Perfusable Microchannel Network

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Innovative Silk Bioink for 3D Bioprinted Bone Marrow Tissue Models

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Bioprinting pediatric heart valves that stand the test of time

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Empowering Highly Motivated Researchers

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Smart Biomaterials: Revolutionizing Drug Delivery

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Advancing Lung Cancer Research

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3D Bioprinted Models for Cochlear Implant Evaluation

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Bioprinting biofilms with GelMA

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Alternatives to Animal Testing

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G-code, Explained

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Droplet-in-Droplet Models for Biomedical Applications

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Understanding Bioelectronics

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3D Cell Culture, Explained Simply

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What is a spheroid? And why they are important

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How bioprinting transforms lung therapeutics & tissue regeneration

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Microfluidics and Bioprinting: A Match Made in Biology Heaven

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3D Bioprinting Guide for Parkinson’s Disease: Neural Model Development

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Stefan Blomsterberg appointed as new CEO of CELLINK Bioprinting AB 

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CELLINK and Ossiform Enter a Strategic Partnership to launch Ossi Ink, a printable bioink based on Ossiform’s P3D Bone material

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CELLINK Announces CELLINK Vivoink: Our First Medical-Grade Bioink 

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CELLINK and the University of California, San Diego Partner to Open a 3D Bioprinting Centre of Excellence 

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Carcinotech and CELLINK Enter a Partnership to Develop and Commercialize Protocols for Cancer Models to Provide Improved Speed and Accuracy in the Drug Development Processes

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CELLINK Expands Bioprinting Reach in Portugal and Spain through Strategic Partnership with Paralab

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CELLINK and AXT Join Forces to Expand Access to Innovative Bioprinting Technologies in Oceania

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CELLINK Unveils Third Generation LUMEN X – The New Standard for DLP Bioprinting

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PRISM-LT: A New European-Funded Project to Revolutionize Bioprinting of Living Materials

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Photocuring Optimization of Cell-Laden PhotoCol® Hydrogels Using BIO ONE: Balancing Stiffness and Viability in 3D Culture

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Stiffness Modulation of GelMA-based Bioinks for Biofabrication of Tissue Models

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Unlock Greater Mechanical Property Insights on Bioprinted Constructs via Nanoindentation

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Advanced techniques: Creating TeloCol droplet-in-droplet structures with BIO ONE

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Evaluating the Dispensing Precision of TeloCol Collagen Using the BIO ONE

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Developing Collagen Contraction Assays by Bioprinting Droplet and Ring Constructs

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Printing resorbable bone implants suitable for in vitro studies and in vivo bone repair

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3D bioprinted reproducible tissue models for translational research using the medical grade bioink CELLINK Vivoink

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Bioprinting of nano- and microliter droplets using the Electromagnetic Droplet Printhead

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Industry Leaders

Our products are used in a number of industries and sectors by leaders in their respective fields all around the world.

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