BP-X3 bioprinter
µL-scale dispensing accuracy with any bioink, software-enabled for multi-well throughput. Train a new user in two hours.
From enquiry
View →
Hardware · Software · Biomaterials
Complete 3D in-vitro tissue modelling
An integrated portfolio that puts reproducible 3D in-vitro research within reach of any bioscience laboratory — no dedicated bioprinting specialist required.
Our approach
Suspended bioprinting, made routine
Suspended 3D bioprinting — suspended layer additive manufacture in the literature — is our core expertise. It uses a quasi-liquid support environment to hold cell-laden biomaterials in place while they transition into hydrogel bioscaffolds, however long that takes.
That single principle widens the range of usable biomaterials, the 3D geometries you can build, and the co-cultures you can achieve. For researchers, it means more time developing insight and less time managing technical limitations.
The portfolio
Everything a 3D in-vitro workflow needs
From the printer itself to the reagents and the experimental design around it.
Reagent kits
Fully characterised support baths and bioscaffold formulations. Skip the optimisation phase and go straight to reproducible results.
From £0.68/TR
View →
Bespoke projects
Five years of hands-on suspended bioprinting expertise, delivered as experimental design, validated print files and a ready-to-use SOP.
From enquiry
View →
30
technical replicates from a single T150 flask
µL
scale dispensing accuracy, any bioink
2 hrs
to train a new user, no prior experience
96
wells addressable per run with Scale-Up software
Born out of doctoral research at the
University of Birmingham
Make your lab a 3D bioprinting lab
Tell us what you are trying to model. We will help you scope the fastest route to reproducible results.