Cell-filled gel droplets formed in flight
Two precursor streams impinge before deposition, creating gel droplets at the point of printing.
The JetBio platform
Choose the process around the biology.
One adaptable development platform brings three complementary print modes into the same workflow. Start with the model requirements, then configure the deposition method, materials and format around them.
One platform, complementary capabilities
Use each print mode for what it does best.
Many advanced 3D models need more than one deposition behaviour. JetBio’s modular approach is designed to reduce that compromise.
Controlled deposition for repeatable patterns
Microvalve dispensing supports patterned workflows and compatible biological materials.
Non-contact, drop-on-demand placement
Inkjet printing adds a route for compatible low-viscosity formulations and spatial patterning.
Reactive jet impingement
Mix in flight. Deposit as gel.
Reactive jet impingement, ReJI, directs two liquid precursor streams towards one another. They meet before reaching the substrate, forming cell-filled hydrogel droplets for deposition.
This architecture creates a distinct development route for researchers working with high cell-density gels, structured disease models and selected multi-material constructs. Suitability depends on the cell, chemistry, geometry and endpoint.
ReJI processMixing in flightApplication dependent
Designed around the workflow
From print path to experimental readout.
The useful product is not the printer alone. It is the combination of hardware, control software, compatible materials, method development and support that gets a research team to a repeatable experimental workflow.
- Model-led feasibility definition
- Print mode and material selection
- Multiwell and selected-substrate workflows
- Application onboarding and evidence gates
Published product framework
What can be specified today.
JetBio is completing the transition from research deployments to commercial product definition. Final performance ranges and configuration details are confirmed through the feasibility process.
- Print modes
- Reactive jet impingement, microvalve and inkjet, with project-specific configuration.
- Intended workflows
- 3D in vitro model development, patterned cell and material deposition, droplets and selected 2D or 3D gel structures.
- Lab formats
- Multiwell plates and selected research substrates, subject to compatibility assessment.
- Materials
- JetBio-compatible formulations and assessed customer materials. Feasibility depends on rheology, crosslinking and biological requirements.
- Software and control
- Software-led path and process control. Interface, data and automation details are provided during technical scoping.
- Commercial stage
- Research deployment and product-validation phase, progressing through scoped feasibility projects.
The current platform is intended for research use. Final product labelling, performance claims, service terms and regulatory classification must be confirmed before purchase.
Common questions
Before you scope a project.
Can JetBio print our existing bio-ink?
Possibly. Compatibility is assessed against the selected print mode, material behaviour, crosslinking route, cells and desired geometry. We will not promise compatibility before feasibility review.
Is the system available to purchase today?
JetBio is currently developing commercial configurations through research deployments and scoped feasibility work. Availability, pricing and delivery depend on the required configuration and product-readiness stage.
Which print mode should we use?
That decision follows the biological and process requirements. ReJI, microvalve and inkjet offer different deposition behaviours, and a useful workflow may combine them.
Does JetBio provide application support?
The planned commercial model includes feasibility scoping, workflow development, onboarding and technical support. Exact deliverables are agreed within each project.
Start a useful conversation
Start with the biological requirement.
Send us the cells, materials, format and readout you need. We will help you identify the most credible route to a feasibility study.