World’s First Affordable, Industrial-Grade Full-Body Electronic Skin

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FlexE-Skin

One solution, Many Applications!

About Us

Pioneering electronic skin technology to make machines intelligent!

FlexE-Skin is developed by SensRskin UG to bring full-body electronic skin to robots, machines, and critical structures. Our multimodal sensing platform provides continuous data on touch, temperature, moisture, deformation, and damage, enabling intelligent interaction and real-time surface awareness. Designed for affordability and industrial reliability, FlexE-Skin transforms ordinary surfaces into self-monitoring intelligent systems across robotics, healthcare, automotive, aerospace, and infrastructure.

Backed by a strong international patent portfolio and validated prototypes at TRL 6–7, our team focuses on scalable manufacturing, practical integration, and customer-driven innovation. We work with partners across Europe and Asia to deliver solutions that support predictive maintenance, patient monitoring, and structural health monitoring, creating safer and more capable machines for the future.

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Our Technology

FlexE-Skin delivers rich surface data that powers AI systems for maintenance, healthcare, robotics, and structural monitoring.

Predictive Maintenance

FlexE-Skin detects heat, stress, leaks, and deformation across machines, feeding AI models with continuous real-world condition data.

Medical Monitoring

When integrated into beds and prosthetics, FlexE-Skin provides pressure, temperature, moisture, and vitals data for AI-assisted care and treatment planningct.o.​

Structural Health Monitoring

Applied to panels, pipelines, or composite parts, FlexE-Skin supplies continuous strain and damage data for AI-based safety assessment and lifecycle prediction.

AI can turn rich data from FlexE-Skin into models that forecast failures, guide treatment, and assess structural health.

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Aerospace

Aerospace And Defense​

Enables continuous monitoring of aircraft panels and defense vehicle structures, detecting cracks, overheating, moisture ingress, and deformation to support safer operation and condition-based maintenance programs.

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Robotics​

Provides robots, humanoids, and cobots with full-body perception, enabling touch awareness, force distribution sensing, thermal feedback, and safer human–robot interaction across entire body surfaces.

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Automotive

Adds smart seats and structural health monitoring for performance body parts, plus smart maintenance for drivetrain and powertrain components through surface-level sensing.

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Medical​

Integrates into beds, wheelchairs, seating, and prosthetics to monitor pressure, temperature, moisture, posture, and patient vitals, enabling AI-driven insights for personalized treatment and clinical decisions.

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Predictive Maintenance​

Covers machines and enclosures with large-area sensing to detect early leaks, corrosion, hotspots, warping, and micro-damage, enabling condition-based service schedules instead of unexpected downtime.

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Structural Health Monitoring

Adds intelligent sensing layers to bridges, pipelines, vessels, and composite parts, tracking strain, cracks, corrosion, and moisture ingress to enable long-term lifecycle assessment and safety monitoring.

Need Help with Easier Industrial Solutions? We Are Experts!​

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