Engineered Neural Architecture
Living neural tissue, built to specification.
We combine high-resolution microfabrication, human stem cell–derived neural tissue and precision electrophysiology to build biohybrid devices that behave like the nervous system they model — measurable, reproducible and ready for translation.
Who We Work With
Partners who need biology to behave like engineering.
We work with organisations for whom neural function is a hard requirement rather than an academic curiosity. Each engagement starts with your specification — the tissue architecture, readout fidelity and reproducibility your programme depends on — and we build the platform around it.
Pharmaceutical & Biotech
Human-relevant neural assays for target validation, efficacy screening and neurotoxicity work — with functional readouts that translate beyond biochemical endpoints.
Medical Device Developers
Benchtop biohybrid interfaces for stimulation and recording hardware, letting teams characterise device–tissue behaviour long before animal or clinical studies.
Neurotechnology
Engineered tissue substrates and electrode architectures for closed-loop systems, neuromorphic research and next-generation brain–computer interfaces.
Defence
Programme-led development of resilient biohybrid sensing and readout platforms under tight specification, documentation and delivery requirements.
About
A single team across silicon and cells.
Biohybrid Devices exists because the interface between engineered hardware and living neural tissue is still built by hand, one bespoke experiment at a time. We bring manufacturing, cell biology and electrophysiology under one roof so that the device and the tissue are designed together rather than bolted together.
The result is a platform our partners can specify against: reproducible neural architecture, characterised electrically, and delivered with the documentation that regulated and programme-funded work demands.
Our Pipeline
01
Device Design
Electrode geometry and scaffold architecture specified against the functional target.
02
Microfabrication
High-resolution printing and cleanroom processing of the physical substrate.
03
Tissue Integration
Human iPSC-derived neurons seeded and matured onto the device architecture.
04
Functional Validation
Electrophysiological characterisation against pre-agreed acceptance criteria.
Our Capabilities
From molecules to macrocircuits.
Every device we build sits inside a closed loop: we fabricate, record, analyse and refine — letting functional data drive the next iteration of the structure, at every scale from surface chemistry to network topology.
Advanced Manufacturing
Sub-micron additive fabrication, cleanroom processing and precision assembly of the physical device.
Neural Tissue Engineering
Human iPSC-derived neural cultures matured onto engineered substrates with defined architecture.
Electrophysiology and Readout
Multi-electrode recording, stimulation and analysis that turn tissue behaviour into hard data.
Three disciplines, one device.
Hover or focus a circle to see how each capability contributes.
Where all three overlap, biology stops being an experiment and starts being a specification.
Suppliers & Partners
Our platform is built on best-in-class cell lines, instrumentation and fabrication systems from partners across the sector.
- bit.bio
- STEMCELL Technologies
- UpNano
- nDimension
- Ripple Neurotech
Get in Touch
Tell us what you need the tissue to do.
Whether you have a defined specification or an early-stage question, we are happy to talk through feasibility, timelines and how a programme with us would run.
info@biohybrid.io