Yantrolok
Soft Electronic Skin
Yantrolok builds soft, sensitive and printable electronic skin that helps machines feel, clinicians monitor better, and everyday devices respond more naturally to the human body.
About
Learn More About Us
Transforming function into feeling.
We are an Indian deep-tech startup focused on highly sensitive, large-area and 3D-printable soft electronic skin. Our patented sensor platform is designed for healthcare, robotics, wearables and next-generation human-machine interfaces.
Our team brings together scientists, business leaders, electronics experts, computer scientists, doctors and product builders. Together, we are converting advanced soft sensor research into practical systems that can be manufactured, integrated and scaled.
Patent-backed Sensor Platform
Soft, conformable and printable sensor layers built for pressure, touch and physiological signal sensing across curved surfaces.
Application-led Development
We work from real use cases first, then tune material, electronics and data layers for measurable product outcomes.
Our Clients Speak Highly
Hear directly from those who have experienced the impact of our partnership and achieved their strategic goals.
"Their strategic vision and unwavering commitment to results provided exceptional value. Our operational efficiency has signficantly improved."
Eleanor Vance
Operations Manager"Collaborating with their team was a revelation. Their innovative strategies guided us toward achieving our objectives with precision and speed."
David Kim
Product Lead"The depth of knowledge and unwavering dedication they bring to every project is exceptional. They've become an essential ally in driving our expansion."
Isabella Diaz
Research Analyst"Their dedication to delivering superior solutions and their meticulous attention to detail have profoundly impacted our corporate growth trajectory."
Olivia Chen
Development StrategistProducts
Technology Platform
Soft sensor technology
for real-world touch intelligence
We are developing a modular electronic-skin platform that combines printable soft materials, sensor arrays, embedded electronics and data interpretation for product teams building the next generation of healthcare, robotics and wearable systems.
Discuss a PilotSoft Electronic Skin
Highly sensitive, conformable sensor layers that can map pressure and touch on curved, flexible or large-area surfaces.
3D-printable Sensor Structures
Printable architectures designed to support rapid prototyping, shape customization and future scalable manufacturing.
Healthcare Interfaces
Smart sensing surfaces for rehabilitation, assistive devices, monitoring systems and patient-facing medical technology.
Robotics Touch Sensing
Tactile feedback layers for grippers, prosthetics and collaborative robots that need safer, more human-like interaction.
Wearable Intelligence
Thin, soft sensing systems for body-conforming products where comfort, signal quality and durability must work together.
Embedded Data Layer
Electronics and analytics support that converts raw sensor response into useful signals for product and research teams.
Steps
How we Work
Step 01
Use-case Mapping
We start by defining the sensing surface, body or machine interface, pressure range, environment and success metrics for the application.
Step 02
Material & Sensor Design
We tune soft material stacks, sensor geometry and print strategy to match sensitivity, flexibility, durability and manufacturability needs.
Step 03
Prototype & Electronics
We build sensor prototypes with readout electronics, calibration methods and early data interpretation workflows for lab and field testing.
Step 04
Pilot Integration
We support integration into medical, robotic or wearable systems and refine the design based on real operating feedback.
Build with us
Exploring soft sensing for your product?
We collaborate with hospitals, robotics teams, wearable companies and research groups that need tactile sensing beyond rigid electronics.
Prototype-ready
Patent-backed platform
Healthcare and robotics focus
3D
Printable sensing
Signals
Why This Matters
Soft sensing is moving from lab curiosity to product need
Healthcare devices, assistive systems and collaborative robots need sensing surfaces that can bend, stretch and conform without losing useful signal quality.
Yantrolok is focused on this transition: converting soft electronic skin into prototypes that can be tested against real operating conditions.
Healthcare
Monitoring and rehabilitation
Robots need touch, not only vision
Vision systems help robots see, but safe human interaction also requires tactile feedback, contact awareness and pressure mapping.
Soft sensor layers can support grippers, prosthetics and collaborative robots where rigid sensing creates design limits.
Robotics
Tactile intelligence
Wearables must feel invisible
Body-worn technology succeeds only when sensing, comfort and durability work together over long periods of use.
Yantrolok's soft electronic skin approach is designed for curved surfaces, body movement and product form factors where conventional sensors struggle.
Wearables
Comfortable sensing
Deep tech needs partners early
The right pilot partner helps define operating conditions, validation requirements and integration constraints before scale-up begins.
We are interested in thoughtful collaborations with teams that need touch, pressure or soft-interface sensing in serious products.
Partnership
Prototype to pilot
Applications
Where Soft Skin Can Work
- All
- Healthcare
- Robotics
- Wearables
Capabilities
Built Across Disciplines
Soft Materials
Flexible sensor stack designMaterial selection, layer architecture and mechanical tuning for soft, conformable and printable sensing surfaces.
Electronics
Readout and embedded systemsSignal acquisition, calibration workflows and embedded electronics for prototype and pilot-stage sensor systems.
Data Interpretation
From sensor response to insightData processing support that turns pressure, touch and physiological response into usable product-level signals.
Clinical Context
Healthcare-aware developmentMedical and rehabilitation use-case input to keep prototypes focused on practical patient and clinician workflows.
Product Strategy
Prototype to pilot planningRoadmapping, partner conversations and pilot scoping for moving deep-tech concepts toward deployable products.
Manufacturing Pathway
Scalable design thinkingEarly attention to repeatability, printable structures and integration constraints so prototypes can mature responsibly.
Collaboration
Ways to Work With Us
Research Collaboration
For labs, institutions and early validation studies
Explore
together
- Use-case feasibility discussion
- Prototype concept definition
- Joint research and grant conversations
- Product integration scope
- Manufacturing scale-up plan
Most Popular
Pilot Prototype
For companies building healthcare, robotics or wearable products
Pilot
scope
- Application-specific sensor layout
- Prototype and electronics support
- Calibration and data interpretation
- Pilot integration guidance
- Full production commitment
Strategic Partnership
For OEMs and long-term product co-development
Partner
track
- Co-development roadmap
- IP and integration discussions
- Manufacturing readiness pathway
- Product validation planning
- Long-term technical support
Have a question? Check out the FAQ
A quick view of how Yantrolok thinks about soft electronic skin, product pilots and collaboration.
What is soft electronic skin?
Soft electronic skin is a flexible sensing layer that can detect pressure, touch or related physical signals while conforming to the shape of the body, a robot or a product surface.
Which industries are you focused on?
Our primary focus areas are healthcare, rehabilitation, robotics, prosthetics, wearables and human-machine interfaces where rigid sensing solutions are not enough.
Can you build a custom prototype?
Yes. We can discuss custom geometry, sensing requirements, readout electronics and pilot goals for research or product-development teams.
Is the technology ready for mass production?
We are building toward scalable manufacturing through printable structures and repeatable sensor design. Production readiness depends on the application, validation pathway and partner requirements.
Do you work with hospitals and research institutions?
Yes. Clinical and research collaborations are important for validating real needs, safety expectations and practical workflows before product deployment.
How do we start a conversation?
Use the contact form or email us with your application, target sensing surface, operating environment and the type of pilot or partnership you are exploring.
Contact
Let's Connect
Location
Bengaluru, Karnataka, India
Email Address
contact@yantrolok.com
collaborations@yantrolok.com
Collaboration
Prototype discussions by appointment
Healthcare, robotics and wearable pilots