Multilayer sensor skin that protects, senses, and lasts. Drop-in compatible with optical visuotactile sensors.
A precision-engineered, five-layer material stack designed for optical tactile sensing. Each layer is independently tunable for your sensor architecture.
✦ Proprietary visuotactile sensing algorithm
Validated with sudo · Sensor maintenance reduced 70%+
Optimized for optical visuotactile sensor architectures including marker-based and custom designs. Consistent marker deformation, high-fidelity signal.
Fingertip-scale form factors. Replaceable contact layers for dexterous manipulation R&D and deployment.
Durable materials that survive high-cycle contact in structured environments. ESD-safe, dust-resistant.
Volume manufacturing ready. Repeatable formulations, documented specs, and dedicated materials engineering support.
Measured in real deployments, not just lab conditions.
Independent validation data available under NDA.
Match your application to the right contact material.
Built for dexterous manipulation at scale. High wear-resistance, anti-static, dust-repellent. Designed for humanoid platforms requiring consistent tactile feedback across millions of grasp cycles.
Sterile-barrier contact layer for medical manipulation. Ag⁺ antimicrobial, fluid-resistant, compatible with standard disinfection protocols.
FDA-grade contact material for food handling. Steam-resistant, grease-repellent, designed for kitchen and food sorting environments.
Lightweight, long-lasting contact layer for service robots operating in home and commercial environments. Hydrophobic, low-maintenance.
Extensions of our visuotactile and functional-polymer technology — material interfaces for a wider range of human-robot interactions.
High-density sensor-node array delivering stable, low-latency tactile input for robot teaching, teleoperation, and dexterous motion data collection.
Bionic silicone hosting a flexible sensor network — a large-area, human-like tactile interface for humanoid arms, torsos, and other non-dexterous surfaces.
Functional coating formulations for cameras, optical modules, and sensor arrays — scratch-resistant, anti-fouling, optically clear, extending field-deployment life.
Deep functional polymer know-how, now focused on robotics contact materials.
AI decision-making + fully automated operation & monitoring · R&D efficiency 10x faster
10+ years of proprietary data · Accelerated industrialization · Unmanned operation · High repeatability
Molecular design + Chemical synthesis
Performance defined from the source
Formulation + Application process
Engineered for robotics contact interfaces
Cross-functional materials team with 20+ years scaling from formulation to mass manufacturing.
67+ patents in functional polymers. Full-stack formulation from molecular design to coating application. Validated through national R&D programs.
Dedicated visuotactile materials group. Silicone tuning, marker layer optimization, optical property characterization. Working directly with robot hand teams.
Lab-to-production pipeline proven across industrial and medical coatings. Million-unit annual capacity. ISO-quality process control.
From first contact to full integration — as fast as 3 months
Contact via WhatsApp or email
Share your sensor architecture & contact scenario
NDA available upon request
Tailored samples within 2 weeks
Full formulation documentation included
International shipping available
Materials engineers on call
Iterative optimization until spec is met
Mass production plan in 3 months
Headquartered in Beijing · Global partnerships welcome
