Patented OCO™ Hardware Integration
Deliver accurate 3D facial skin deformation mapping through miniature, contact-free optical sensors built directly into smart frames, headgear, or VR/AR faceplates.
Global OEM & Enterprise Procurement
Emteq Labs empowers medical device developers, extended reality (XR) hardware integrators, clinical research organizations, and academic institutions worldwide. Our patented OCO™ non-contact optomyography sensors replace traditional, gel-based surface EMG electrodes with continuous, optical skin-movement tracking engineered for high-volume enterprise deployment.
Deliver accurate 3D facial skin deformation mapping through miniature, contact-free optical sensors built directly into smart frames, headgear, or VR/AR faceplates.
Engineered for continuous field operation outside laboratory constraints. Resistant to motion artifacts, ambient daylight interference, and signal drift during prolonged wear.
Access structured physiological metrics, 9-axis inertial movement, real-time valence scores, and raw signal streams via open cross-platform software development kits.
Engineering Specifications
Built to meet stringent international quality, safety, and data privacy standards required by corporate procurement teams and institutional researchers.
Patented OCO™ Optomyography (OMG) — Non-contact 3D Optical Motion Mapping
9-Axis Precision IMU (Accelerometer, Gyroscope, Magnetometer) + Barometric Altimeter
CE Mark Certified, RoHS Compliant, WEEE Standard Compliant
On-Device Sensor Processing, GDPR & HIPAA-Ready Local Signal Analytics
Low-Latency Bluetooth Smart / BLE 5.2 & Encrypted Flash Storage Buffer
Custom Frame Geometry, Specialized Sensor Placement, Private-Label Firmware & SDK
Target Industry Applications
From international university laboratories to commercial healthcare technology manufacturers, Emteq Labs provides validated biofeedback building blocks for high-impact commercial solutions.
Integrate micro-optomyography sensors into VR/AR facial interfaces for real-time avatar expressivity, natural facial gesture controls, and hands-free intent detection.
Enable continuous objective monitoring for facial paralysis rehabilitation (e.g., Bell's Palsy, stroke recovery), neuromuscular health assessment, and remote patient tracking.
Track automatic chewing, swallowing, and eating episodes discreetly during daily life to support obesity management, dietary clinical trials, and eating behavior coaching.
Measure unfiltered emotional valence, micro-expressions, and engagement during product interaction or video testing without intrusive facial video recording.
Monitor driver alertness, cognitive load, strain, and microsleep onset in real time with lightweight smart glasses designed for high-stress operational environments.
Equip international research teams with peer-reviewed facial biofeedback hardware backed by validated published studies and standardized data export formats.
Structured OEM Workflow
Our experienced engineering team guides commercial buyers from initial technical consultation to full-scale batch manufacturing and global delivery.
Evaluate application goals, hardware specs, target accuracy, and regulatory scope with our biomedical engineering specialists.
Deploy developer hardware kits and SDK packages for immediate pilot testing, algorithm benchmarking, and workflow integration.
Customize sensor positioning, optical modules, frame ergonomics, or firmware protocols to align with your product ecosystem.
Execute quality-controlled batch manufacturing, rigorous factory calibration, and compliance documentation for global dispatch.
Procurement & Technical Questions
Yes. We offer complete OEM/ODM engineering support to integrate our patented non-contact optomyography sensors and IMU hardware modules into custom smart frames, VR/AR headsets, and clinical headwear.
Our hardware designs adhere to international compliance standards including CE marking, RoHS, WEEE, and FCC certifications, ensuring safety, reliability, and smooth cross-border customs clearance for enterprise buyers.
We provide comprehensive developer SDKs (iOS, Android, Windows, Unity) with real-time streaming APIs for raw data export, 3D facial muscle mapping, and algorithmic valence scoring.
Standard evaluation kits ship globally within 5-7 business days. Custom OEM development schedules are determined based on technical scope, hardware modifications, and batch production volumes.
Connect with our global business development and hardware engineering teams to discuss technical feasibility, customized sensor orders, or developer kit procurement.
OCO™ and OCOsense™ are registered trademarks of Emteq Limited. Technology protected by granted international patents including GB2561537, GB2604076, US11,003,899, US11,538,279.