Explore our turnkey OEM/ODM EKG smartwatches, smart bands, and cellular remote patient monitoring devices engineered for global healthcare, fitness brands, and IoT distributors.
Providing end-to-end hardware development, biomedical signal algorithm customization, and ISO13485 cleanroom assembly for medical-grade and consumer health wearables.
We integrate Ti-nanometer dry electrode plates paired with high-precision analog front-end (AFE) processing chips (e.g., Texas Instruments ADS1291/ADS1292 series or Maxim MAX30001). Our hardware captures clean P, Q, R, S, and T waves with low Signal-to-Noise Ratio (SNR) for early screening of Atrial Fibrillation (AFib), premature ventricular contractions (PVCs), and cardiac arrhythmia.
For telehealth platforms, Remote Patient Monitoring (RPM) solution providers, and insurance networks, we supply raw ECG waveform data streams via Bluetooth Low Energy (BLE 5.2/5.3) or direct 4G LTE IoT connections. Our native iOS/Android SDKs enable seamless integration into proprietary healthcare applications under strict GDPR and HIPAA compliance protocols.
Operating under class-100,000 dust-free cleanrooms, our manufacturing lines adhere strictly to ISO13485 quality management systems. We support full technical file documentation (DHF/DMR), biocompatibility testing (ISO 10993), IEC 60601-1-2 EMC testing, and FDA 510(k) / CE MDR certification pathways for brand owners.
Understanding the signal acquisition physics: Combining Optical Photoplethysmography (PPG) with Electrical Electrocardiography (ECG) for non-invasive health analytics.
By measuring the precise time delay between the ventricular electrical excitation (R-peak on ECG) and the arrival of the arterial pressure pulse wave at the wrist (optical peak on PPG), our smartwatches calculate continuous blood pressure trend estimates without uncomfortable cuff inflation.
High-frequency sampling rate (up to 512Hz ECG sampling rate) isolates R-R intervals with microsecond precision. This enables accurate calculation of RMSSD, SDNN, and LF/HF spectral ratios to quantify psychological stress, fatigue recovery, and autonomic balance.
For clinical-grade blood pressure monitoring applications, our advanced ODM models feature ultra-miniaturized piezoelectric micro-air pumps integrated directly into the wrist strap. Inflating a dual-layer cuff to capture physical arterial oscillations delivers true oscillometric systolic and diastolic pressures.
| OEM Architecture Platform | Bio-Sensor Suite | Main Chipset / MCU | Connectivity Protocols | Target Market Application |
|---|---|---|---|---|
| Series EKG-Pro (Medical) | Single-Lead ECG (Ti-Electrodes) + 8-LED Dual-PPG + Air-Pump Oscillometric Cuff | Nordic nRF52840 + MAX30001 AFE | BLE 5.2 + Custom Encrypted SDK | Telehealth, Remote Patient Monitoring (RPM), Clinical Trials |
| Series Health-Max (Senior Care) | ECG + Optical Blood Pressure + SpO2 + Fall Detection Accelerometer | Realtek RTL8763E + VC9202 Sensor | 4G LTE-M / NB-IoT + GPS + WiFi + BLE | Elderly Safety, Institutional Care Homes, Emergency Response (SOS) |
| Series Fit-Pulse (Consumer) | PPG Pulse Wave + Continuous Heart Rate + Sleep Staging + Blood Glucose Trend | JL7013A Ultra-Low Power Core | Bluetooth 5.3 Dual-Mode (Wrist Call) | Consumer Tech Brands, Direct-to-Consumer (D2C) Retailers |
| Series Enterprise-Rugged | ECG Rhythm Strip + Body Temperature + Stress + IP68 5ATM Waterproof Body | Ambiq Micro Apollo4 Plus | BLE 5.2 + Standalone Offline Data Storage | Occupational Safety, Military/Defense Wellness, Extreme Sports |
Key technological shifts enterprise buyers and importers must evaluate when sourcing next-generation wearable health tech hardware.
Future B2B procurement is rapidly shifting from single-function step counters to integrated multi-biometric devices. Buyers demand combined ECG + Non-Invasive Blood Glucose Trend + Uric Acid Monitoring platforms that allow consumers and doctors to track metabolic health holistically from a single wrist device.
Elder care hardware orders are surging. Modern procurement specs mandate optional, multi-tiered family cloud sync—enabling adult children to remotely monitor elderly parents' real-time ECG strips, blood pressure trends, fall alerts, and GPS locations without mandatory monthly subscription fees.
End consumers are rejecting recurring SaaS subscription costs for basic hardware features. Successful OEM hardware partners supply white-label companion mobile apps (iOS & Android) with zero monthly fees, providing brand owners a competitive edge against subscription-heavy competitors.
Hardware architecture is migrating toward Edge AI. Modern MCU microcontrollers execute neural network algorithms directly on-device, instantly identifying irregular heart rhythms (AFib, PVC) and triggering localized haptic SOS vibrations before transmitting alerts to cloud servers.
How our factory R&D teams overcome traditional hardware bottlenecks to manufacture thinner, more durable, and higher-precision biometric devices.
Utilizing high-efficiency Cortex-M4 and Dual-Core RISC-V processors, our smartwatches achieve up to 12 days of continuous health monitoring on a single charge. Advanced power management algorithms dynamically adjust PPG optical diode pulsing during rest vs activity periods to maximize lithium-ion battery longevity.
Traditional metal electrodes often oxidize or cause skin hypersensitivity over extended wear. Our manufacturing process utilizes Physical Vapor Deposition (PVD) to coat titanium-stainless steel electrodes with biocompatible nanometer ceramic layers, improving conductivity while preventing skin irritation.
Integrating dual-mode Bluetooth chipsets with dedicated Digital Signal Processing (DSP) and acoustic echo cancellation (AEC) allows users to initiate crisp, hands-free emergency calls or general voice communications directly from the watch speaker, even in noisy urban environments.
A structured, transparent co-development engineering journey designed to take your custom EKG wearable concept from prototype to global mass production.
Custom 3D CAD molding, enclosure material selection (zinc alloy, titanium, stainless steel), and mechanical design tailored to your brand identity.
Custom PCB layout engineering, AFE chip integration, optical lens optimization, and baseline biometric signal calibration in our electronics lab.
Tailored UI/UX watch faces, custom boot screen logos, multilingual firmware adaptation, and full open-source iOS/Android SDK kit delivery.
Rapid 3D sample printing, drop-testing, IP68 water chamber pressure tests, thermal cycling, and EMC compliance pre-screening.
ISO13485 cleanroom assembly, 100% automated optical inspection (AOI), full biometric function testing, and global logistics packaging.
Leveraging deep industrial expertise, comprehensive post-sales warranties, and robust supply chain resilience for international buyers.
Every mass-produced batch undergoes rigorous aging tests, vibration stress analysis, and waterproofing validation. We back all enterprise shipments with a comprehensive 1-Year Warranty and technical repair support framework to protect your brand reputation.
Our established international supply chain handles customs clearance, freight forwarding, and rapid prototyping. Standard engineering samples dispatch within 2-3 Business Days, ensuring quick time-to-market for market validation.
We supply exhaustive engineering user manuals, API documentation, firmware upgrade tools (OTA), and ready-made setup guides for popular series (such as GT5, V19PRO, H56, HM08, HM18, H86, HM58), drastically reducing customer support tickets.
Everything enterprise buyers, distributors, and brands need to know about custom OEM/ODM EKG smartwatch manufacturing.
Partner with an industry-leading OEM/ODM hardware manufacturer. Contact our engineering and sales teams today to request factory price lists, custom technical specifications, or engineering evaluation samples.
