Advanced Materials and Manufacturing
We develop and scale advanced material platforms that unlock breakthrough performance across healthcare, wearables, additive manufacturing, and emerging industries.
PEDOT:PSS Platform
The Conductive Polymer Platform
Powering Next-Generation Wearables
PEDOT:PSS is a highly conductive, flexible polymer that enables stable, high-fidelity sensing and actuation in textiles and devices.
Unlike traditional metal-based conductors, PEDOT:PSS integrates seamlessly into fibers, films, and coatings maintaining performance, comfort, and durability even under the most demanding conditions.
Why PEDOT:PSS Matters
Clinical-Grade Signals
Delivers stable, low-noise electrical signals for accurate monitoring and reliable performance in real-world conditions.
Skin-Safe & Biocompatible
Engineered for prolonged skin contact with excellent biocompatibility and minimal irritation ideal for next-generation health interfaces.
Sustainable by Design
Solution-processable and metal-free, PEDOT:PSS reduces environmental impact while enabling scalable, cost-effective manufacturing.
Seamless Integration
Easily incorporated into fibers, films, inks, and coatings without compromising flexibility, stretch, or comfort.
A Tunable Platform
Built Around Your Application
PEDOT:PSS performance depends on more than just chemistry molecular weight, D:S ratio, additives, and processing all influence conductivity, stretchability, adhesion, and stability.
Our platform is engineered to be tunable, so you get the right performance for your exact use case.
From material formulation to application-ready formats, we tailor PEDOT:PSS to meet the demands of your device, process, and performance targets whether you're developing wearable sensors, smart textiles, soft robotics, or beyond.
Spec Range
- Transparency as high as 90% (diameter of 100nm)
- Sheet Resistance of 50–500 Ω/sq
- Cure: <130 °C in less than 5 min
- Mechanical: overprint-safe
- Compatibility: water-based inks
- Electrochemical: stable, reversible performance
- Solid Content: 1–3%
- High Conductivity
- L* ≈ 30–100
Order Standard Quantities
Choose the right size for your R&D or production needs.
Request Bulk Quantity
Need larger volumes or a custom solution?
Our team is ready to support your scale and specifications.
Fast response from our technical team.
Engineered Polymer Particles
Precision Polymer Particles.
Engineered Without Compromise.
Myant X's stabilized dispersion technology is a breakthrough platform for engineering polymer particles with unparalleled control over size, shape, surface, and composition.
From ultra-fine powders to functionalized microspheres, our process delivers consistent, high-purity particles with minimal waste unlocking performance and possibilities across a wide range of industries and applications, including , coatings, healthcare, and beyond.
The Myant X Advantage
One Platform. Endless Possibilities.
Powering Innovation Across Industries
Our engineered polymer particles are designed to meet the unique demands of diverse industries from advanced manufacturing and additive manufacturing (SLS) to coatings, healthcare, electronics, cosmetics, and more. For AM applications, our highly spherical, narrowly distributed particles enable superior flowability, higher packing density, and consistent layer recoating for stronger, more precise parts with excellent surface finish.
Whether you need improved flowability, enhanced functionality, controlled release, or next-generation materials, our platform is built to deliver.
Manufacturing
(SLS)
Inks
Pharma
Cosmetics
Solutions
Energy Generating Platform
Harvest Ambient Energy.
Power What Matters.
Myant X is developing a piezoelectric energy generating platform that converts ambient mechanical energy such as movement, pressure, and vibration into usable electrical energy. Our materials and device architecture are designed to efficiently harvest energy from everyday motions and store it in a rechargeable capacitor to power low-power electronics, eliminating the need for conventional batteries.
This platform unlocks a new generation of self-powered wearable devices, sensors, and IoT systems with a lower environmental footprint and greater design freedom.
The Myant X Advantage
Ambient Energy Harvesting
Converts mechanical energy from footsteps, motion, and vibration into clean electrical energy.
On-Board Energy Storage
Charges a capacitor to store energy and deliver power to low-power electronics on demand.
High-Performance Materials
Advanced piezoelectric composites engineered for high charge output, durability, and design flexibility.
Battery-Free Solutions
Reduces mass, bulk, and environmental waste by eliminating or minimizing the need for batteries.
Power for What's Next
Designed to power sensors, LEDs, microcontrollers, and other low-power electronics in wearable and IoT devices.
Built for Real-World Use
Targets real-world applications like smart insoles, wearables, and industrial sensors where energy is everywhere.
One Platform. Endless Possibilities.
Powering Innovation Across Industries
Our energy generating platform is a foundation for self-powered innovation. While our initial demonstrator targets smart insoles and wearables, the same technology can be adapted to a wide range of applications and form factors.
From healthcare patches and industrial sensors to smart textiles and asset tracking, we are building the technology that turns motion into power anywhere, anytime.
Smart Insoles
Devices
Sensors
E-Textiles
& Logistics
& Connectivity
Microneedle Platform
Invisible access.
Actionable insights.
Our microneedle platform enables minimally invasive measurement of biomarkers beneath the skin unlocking a new frontier in continuous health intelligence.
Platform Capabilities
Measure What Matters
Detect and quantify ions and biomarkers beneath the skin including sodium levels with high precision.
Advanced Sensing
Engineered microneedles designed for accurate, reliable, and repeatable measurements.
Designed for Performance
Optimized for stability, consistency, and seamless integration with next-generation wearable systems.
Beyond the Surface
Unlocking insights that were previously out of reach.
By accessing interstitial fluid with microneedles, our platform can measure salt content and other biomarkers in real time providing earlier, more actionable insights for a wide range of health applications.
Our microneedle platform is in advanced development.
To learn more about our capabilities and potential collaborations, reach out to our team.
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Yarn Coating Platform
Built to perform.
Coated to protect.
Our yarn coating platform uses a proprietary process to apply advanced protective layers to conductive yarns preventing short circuiting under demanding conditions while preserving the yarn's processability, flexibility, and performance.
Platform Capabilities
Prevent Short Circuiting
Advanced coatings provide robust insulation to prevent electrical shorting even in high-sweat and high-motion environments.
Production Ready
Designed to withstand the full textile manufacturing process without compromising yarn performance or manufacturability.
Maintain Textile Integrity
Preserves the natural hand-feel, flexibility, and durability of the yarn for next-generation wearable applications.
Versatile & Scalable
Compatible with a wide range of yarns and textile structures built for scale and adaptable to your application.
Powering What's Next
Protection that unlocks innovation.
From high-sweat wearables to mission-critical smart textiles, our yarn coating platform helps you bring advanced functionality to market with confidence.
Interested in learning more?
Reach out to our team to explore how our yarn coating platform can support your next product.
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Partner with
MYANTX
Whether you need end-to-end product development, custom manufacturing, or advanced materials R&D, our engineering team is ready to bring your application to life.
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