Recreate relevant cell context
Define the cell populations, density, material environment and spatial relationships that matter to the hypothesis.
For researchers
Build more human-relevant models.
JetBio manufactures and sells modular research-use bioprinters with control software, installation, training and application support. Start with the biology, then configure the system and workflow around the experiment.
Start with the experimental need
Where does the current model fall short?
A bioprinter is useful only when it improves the team's ability to create, repeat or study the model. JetBio begins with the scientific question and the decision the data must support.
Fit the laboratory process
Consider culture conditions, plate or substrate format, imaging, sampling and downstream analysis from the outset.
Agree what success means
Set practical measures for print quality, cell response, repeatability and experimental usefulness before development begins.
A complete research system
Choose the process around the model.
JetBio supplies MiniREJI as a modular system combining reactive jet impingement, microvalve and inkjet capabilities with control software and expert support. Each mode has different material and deposition characteristics, so the appropriate route depends on the cells, chemistry, structure and readout.
- High-cell-density gel development through ReJI
- Controlled droplet and patterned deposition
- Selected multiwell and research-substrate workflows
- Application scoping, onboarding and technical support
Research journey
Move from question to evidence in defined stages.
- 01
Define the model
Share the biological question, current method, cells, materials, desired structure and endpoint.
- 02
Assess fit
Review the likely print mode, practical constraints, responsibilities and evidence threshold.
- 03
Scope feasibility
Turn the key unknowns into a bounded evaluation with agreed outputs and decision criteria.
- 04
Configure and purchase
Use the evidence to define the system, software workflow, training and support package for your lab.
Application pathways
Explore the biology before the equipment.
Build around the microenvironment
Consider cell density, supporting populations, extracellular matrix and spatial organisation.
Explore cancer modelsPattern cells and materials with intent
Design developmental and stem-cell experiments around interactions, gradients and maturation.
Explore stem cell modelsCreate structured cultures
Connect architecture and cell density to a defined functional readout and repeatability plan.
Explore cardiac modelsCurrent status These are research deployments and application-development activities, not commercial sales.
Frequently asked questions
Questions research teams ask first.
Which research teams are the best fit for JetBio?
JetBio is most relevant to teams with a defined model limitation involving cell density, spatial patterning, multiple materials or a difficult substrate or plate format. Fit is assessed against the biological question and intended readout.
Can we use our own cells and materials?
Potentially. Compatibility depends on cell requirements, material behaviour, crosslinking, geometry and the selected print mode. JetBio reviews these factors before proposing feasibility work.
Do we need a finished protocol before contacting JetBio?
No. A useful first brief describes the model, the limitation in the current workflow, the desired format and the evidence that would justify a next step.
What is included with a JetBio system?
JetBio supplies a configured research-use bioprinter with control software, installation, operator training, application onboarding and an agreed technical-support package. Final specifications and service terms are confirmed in the customer proposal.
Enquiry form
Tell us about the research model you need to build.
Share the biology, current limitation, cells, materials, format and evidence that would justify a next step.
Please do not include confidential, personal health or unpublished research data.
Start a useful conversation
Review the evidence before you decide.
See what is demonstrated today, what is still being validated and how JetBio separates research activity from commercial proof.