Recreate cellular microenvironments
Place cell-filled hydrogels where they are needed, with a pathway towards dense, structured 3D cultures.
Modular bioprinting for advanced 3D in vitro research
Build morehuman-relevantmodels.
JetBio designs, manufactures and sells modular 3D bioprinters. Each system combines adaptable hardware, control software, installation, training and application support, so you can build the models your research requires.
01 ReJI02 Microvalve03 Inkjet
Start with a confidential application discussion. No fixed specification or purchase commitment required.
Three print modesOne adaptable research platform
3complementary print modes
3university research deployments
ReJIdistinctive high-density print process
Completehardware, software and support
Choose the right next step
What brings you to JetBio?
For researchersBuild an advanced research modelExplore print modes, application fit, published evidence, training and a supported feasibility pathway.For drug discovery teamsDevelop a fit-for-purpose 3D modelDefine the context of use, evidence plan, acceptance criteria and route to a repeatable workflow.
Looking at JetBio as an investor or strategic partner? Review the commercial case
Start with the model
Your next experiment should not be dictated by your printer.
Advanced biology rarely fits a single material, cell type or deposition method. JetBio manufactures an adaptable system that gives research teams more freedom to combine methods around the question they need to answer.
Combine materials and methods
Use complementary print modes within one platform rather than forcing every part of the model through one process.
Work in relevant lab formats
Develop models around multiwell plates, selected substrates and the workflow your team already understands.
Application-led by design
Where could a more adaptable model take your research?
JetBio’s first commercial conversations focus on applications where model architecture, cell density and workflow fit matter most.
01
Cancer and leukaemia
Model the microenvironment around disease.
Example applicationSpatially organise tumour or leukaemia cells, supporting cell populations and hydrogel regions to investigate microenvironment effects.
02Stem cell and developmental biology
Pattern cells and materials with intent.
Example applicationPlace neighbouring cell populations and selected materials to explore differentiation, maturation or morphogenesis over time.
03Safety pharmacology and cardiac research
Build structured cultures for earlier learning.
Example applicationCreate structured cardiac cultures around a defined assay, imaging method and reproducibility requirement.
These examples are development pathways, not claims of validated customer outcomes. Suitability is established through application review and feasibility work.
Explore the application pathways
MiniREJI in a research laboratoryEvidence before adjectives
Commercial confidence starts with what can be shown.
JetBio’s current evidence base includes the distinctive ReJI process and NC3Rs-backed research deployments with Newcastle, Bristol and Cambridge universities.
- Application development in real research environments
- Direct feedback from scientific users
- Commercial specifications shaped by feasibility data
Current status These are research deployments and application-development activities, not commercial sales.
Review the evidence pathwayPeer-reviewed foundations
Research you can trace.
JetBio’s ReJI platform is grounded in published work on high-cell-density gels, process characterisation and structured biological models.
Browse the publication library012026
Process characterisation
Effect of bio-ink physical properties on droplet volume in the reactive jet impingement 3D bioprinting system
Journal of the Mechanical Behavior of Biomedical MaterialsDOI
022026
Cartilage research
Bioprinting chondrocyte hydrogel cultures onto fibre membranes for cartilage defect repair
Biomaterials ScienceDOI
032024
High-cell-density models
Bioprinted High-Cell-Density Laminar Scaffolds Stimulate Extracellular Matrix Production in Osteochondral Co-Cultures
International Journal of Molecular SciencesDOI
Publications establish scientific foundations and application findings. They do not replace application-specific feasibility, reproducibility or commercial validation.
A supported route to purchase
From biological question to a configured system in your lab.
We establish application fit first, then define the right system, software workflow, implementation and support around the model you are trying to build.
- 01
Discuss
Share the model, material, cell and readout requirements.
- 02
Define
Agree success criteria, constraints and the most relevant print mode.
- 03
Configure
Use feasibility evidence to define the printer, software workflow and support package.
- 04
Install and support
Purchase the agreed system with installation, training, onboarding and continued technical support.
Start a useful conversation
Find the right JetBio system for your research.
Tell us what you need to model. We will help define the printer configuration, software workflow and support required to move forward.