ECG from dry textile electrodes — no adhesive gel pads.
Everything it takes to build connected technology
- Technology readiness
- TRL 1–9
- Manufacturing readiness
- MRL 1–9
- Facility
- 170,000 sq ft
- Analytical
- 64 instruments
How to work with MyantX
Product development
Develop a complete connected product — the sensing, electronics, firmware, and software, engineered as one system rather than assembled from parts.
Materials R&D
Create or improve a material to hit a specific performance target — from custom synthesis and formulation through characterization and prototyping.
Scale-Up & Manufacturing
Take a proven material or process from the bench to repeatable production — process optimization, pilot runs, technology transfer, and toll manufacturing.
Analytical Testing
Characterize a material, investigate performance, compare candidates, or build the evidence behind a decision — standalone, or drawn into any of the three services above.
Plan an analytical programBuilt for complex, confidential programs
Defined scope and governance
Requirements, milestones, deliverables, confidentiality, and IP, all defined up front.
Coordinated technical team
Scientists, engineers, testing, and manufacturing work through one program structure.
Flexible program model
From a single work package to multi-year development, pilot, transfer, or toll manufacturing.
Featured textile capabilities
Proven material platforms
- PEDOT:PSSAn organic (carbon-based) conductive polymer, formulated and applied as films, coatings, inks, and fiber treatments.
- Engineered Polymer ParticlesA particle-engineering system — polymer chemistry, particle size, morphology, surface, and composition, tuned to a process.
- Conductive YarnsConductive yarn constructions and treatments that route power and biosignal through knitted and woven textiles.
Tell us what you're building and where it stands
A concept, a material that nearly works, or a process that has to reach volume — the first conversation is a scoping one.