Non-Contact Biometric Precision
Patented optical sensor arrays continuously measure sub-millimeter movement of facial skin without electrodes, gel adhesives, or signal impedance degradation.
Next-Gen Facial Sensing Hardware
Engineered to bypass the critical limitations of surface electromyography (sEMG) and head-mounted cameras, Emteq Labs provides patented OCO™ optomyography sensor modules. Built for wearable OEMs, medical researchers, and XR device developers requiring non-contact 3D facial muscle activation tracking in real-world settings.
Patented optical sensor arrays continuously measure sub-millimeter movement of facial skin without electrodes, gel adhesives, or signal impedance degradation.
Designed for easy integration into smart eyewear frames, VR/AR facial gaskets, and clinical biofeedback headsets with lightweight, low-power architecture.
Rigorous Engineering Standards
Every OCO™ sensor module is manufactured under strict quality management processes, delivering reliable biometric output validated across clinical trials and high-performance computing environments.
| Parameter / Specification | Technical Details | Commercial Advantage |
|---|---|---|
| Sensing Mechanism | Patented OCO™ Optomyography (Optical skin-displacement tracking) | Zero direct skin contact; immune to sweat and facial movement artifacts |
| Inertial Tracking | Integrated 9-Axis IMU (Gyroscope, Accelerometer, Magnetometer) + Altimeter | Combines muscular activation with precise head movement and elevation tracking |
| Sampling Frequency | High-speed synchronized output up to 1000 Hz | Captures rapid micro-expressions and subtle chewing/swallowing mechanics |
| SDK & Software Support | Open C++, Python, Unity & Unreal Engine real-time API bindings | Accelerates custom app development and integration into spatial computing software |
| Regulatory Standards | CE Mark certified, RoHS compliant, WEEE compliant, FCC ready | Streamlines global market distribution and clinical ethics approvals |
Global Procurement & Deployment
From clinical trials to extended reality, our wearable biofeedback modules empower enterprise teams to quantify human emotion, intent, and physiological state continuous in real-world operations.
Provide objective continuous monitoring for facial palsy recovery, neurological assessment, and longitudinal psychiatric research with medical-grade data fidelity.
Integrate non-camera facial tracking into AR/VR head-mounted displays for lightweight digital twin expression mirroring and hands-free gesture control.
Equip academic labs with contact-free biofeedback tools that measure affective state, valence, and cognitive engagement outside constrained laboratory rooms.
Analyze moment-by-moment emotional engagement and physical feedback during real-world product usage, nutritional studies, and media consumption.
Leverage custom optical sensor designs, flexible printed circuits, and tailored firmware to build bespoke biometric wearables for enterprise clients.
Enable hands-free control interfaces for assistive mobility and specialized industrial applications using discrete facial muscle micro-gestures.
B2B Purchasing & Technical FAQ
OCO™ optomyography tracks sub-millimeter movement of skin non-invasively using active optical sensing without gel, conductive pads, or skin preparation. It eliminates impedance signal drift, motion artifacts, skin irritation, and calibration weariness common to electromyography (sEMG).
Yes. Emteq Labs provides modular sensor architectures, custom flex PCB layouts, and flexible API/SDK packages specifically designed for enterprise integration into VR, AR, smart eyewear, and custom clinical monitoring headsets.
Our hardware modules are manufactured under strict ISO quality management frameworks, fully compliant with CE, RoHS, FCC, and WEEE standards, backed by international clinical validation studies.
Interested in deploying OCO™ optomyography hardware or integrating our biometric modules into your commercial products? Connect with our technical team to receive our full hardware catalog, white papers, and SDK access.