
Stability platform
Protein & enzyme engineering
A design–build–test–learn program for proteins that need to retain function through heat, storage and demanding process conditions.
- Stress screening
- Variant selection
- Sequence insights
BioAnalixBioengineeringBioengineering / Toronto
BioAnalix develops polymer-based microfluidics, protein engineering platforms and disease models—moving ambitious research toward practical, scalable and more sustainable systems.
Toronto, Canada / Research. Development. Collaboration.

Designed to scale with less material.
Protein engineering
Polymer microfluidics
Disease modelling
Sustainable scale-up
Lab automation
Our research projects
Each project addresses a different biological problem. They share the same foundation: careful experimentation, micro-scale control and a path toward real-world use.

Stability platform
A design–build–test–learn program for proteins that need to retain function through heat, storage and demanding process conditions.

In active development
A connected multi-tissue research model for Prader–Willi syndrome, designed for mechanistic studies and pharmaceutical screening.

In development
Polymer-based microfluidic devices for sample handling, biosensing and point-of-care testing, designed with scalable production in mind.
Research catalog
A selection from our research catalog. Browse the complete collection for proteins, antibodies, ELISA kits and analytical testing.
Research proteins
$750.00 CAD
Research proteins
$750.00 CAD
Research proteins
$750.00 CAD
Research proteins
$750.00 CAD
Need specifications, a volume order or help choosing an assay? Ask our team.
POLYMER ENGINEERING AT SCALEReel-to-reel fabrication for repeatable microfluidic and biosensor formats.
Roll-to-roll manufacturing
We work on polymer-based microfluidic systems that can move beyond one-off prototypes. Roll-to-roll fabrication combines printing, lamination and precision converting to support repeatability at scale.
Discuss your applicationDesigning with responsibility
Our sustainability work begins with engineering choices: material-efficient polymer formats, smaller fluid volumes and manufacturing methods designed to reduce waste while maintaining performance.
We evaluate polymer substrates and device architectures with performance, manufacturability and material use in view.
Continuous roll-to-roll workflows can support repeatable production with tighter material and process control.
We consider the path to production early, so promising research does not stop at the prototype stage.
Our goal is continuous improvement—not unsupported environmental claims. Material and process decisions are evaluated project by project.
The founders
BioAnalix combines biotechnology, microfluidics and bioanalytical engineering experience to move ideas from research toward practical use.

Co-founder & CEO

Co-founder
Related publications
Collaborators & ecosystem
BioAnalix works with university researchers and innovation programs across Canada. H2i at the University of Toronto is our venture program.
Let’s work together
Tell us about your research, product requirements or platform development project.
info@bioanalix.ca100 King St W
Toronto, ON M5X 1A9
Canada
Monday–Friday · 9am–5pm
Saturday · 10am–3pm
Toronto time