Engineered for precision health monitoring, real-time telemetry, and resilient hardware protection. Discover our enterprise-ready portfolio.
Founded in 2015, Shenzhen TC Health Co., Ltd. has established itself as a premier, high-technology manufacturer specializing in smart wearable medical-grade devices. With more than a decade of research, development, and sophisticated production management, we deliver precision hardware and software systems focused on senior healthcare, real-time disease monitoring, and safety operations.
Our solutions span clinical-grade pulse oximetry, photoplethysmography (PPG), electrocardiography (ECG), fall detection algorithms, and advanced localization protocols designed for global markets.
Operating from our modern manufacturing base in Shenzhen, Guangdong, China, we run fully automated assembly pipelines integrated with high-precision calibration equipment. Every step of our workflow adheres to the strictest parameters of ISO9001, ensuring that signal-to-noise ratios (SNR) in optical tracking components meet regulatory medical baselines.
"Our integration of cleanroom optical assembly and automated testing rigs allows us to export highly precise sleep staging trackers that match medical polysomnography (PSG) trends with over 90% accuracy."
Supply Chain Synergy: Located in the world's consumer electronics epicentre, our long-term strategic relationships with premier sensor and micro-battery manufacturers allow us to hedge component pricing, guarantee production stability, and deliver unparalleled cost efficiency to our global sourcing partners.
From simple movement metrics to clinical-grade, multispectral biometric analysis.
Standard green-light trackers are being replaced by red and infrared light sensors that penetrate deeper into tissue. This shift facilitates precise Blood Oxygenation (SpO2) tracking, helping identify sleep apnea and sleep-related hypopnea events.
Advanced algorithms analyze micro-variations between consecutive heartbeats (R-R intervals) to measure the autonomic nervous system. This tracking allows platforms to differentiate between deep NREM sleep and high-activity REM sleep stages.
Embedding neural networks directly into low-power ARM microcontrollers allows for raw signal processing on-device. This drastically reduces Bluetooth transfer payloads, prolongs battery lifecycle, and provides robust offline data security.
Critical technical and business compliance pillars for sourcing agents and healthcare systems.
Industrial healthcare portals, digital therapeutics, and elderly monitoring systems require direct telemetry. Our OEM/ODM service provides customizable Bluetooth Low Energy (BLE) SDKs and standard API end-points. Enterprise buyers can integrate raw data (accelerometer arrays, optical PPG waveforms, skin temperature fluctuations) directly into proprietary clinical databases or mobile apps.
Standard off-the-shelf wearables rarely meet specific branding and functional goals. Our engineering division in Shenzhen accommodates custom enclosure designs, targeted sensor selections (such as incorporating electrodermal activity or ECG patches), specific watch strap materials (hypoallergenic medical silicone), and custom BIOS/boot screens to enhance brand consistency.
Wearables that require daily charging suffer from low compliance rates. Our R&D efforts focus on integrating ultra-low-power microcontrollers and lithium-polymer cells, delivering 7 to 14 days of constant tracking. Our charging ports utilize gold-plated Pogo pin interfaces to prevent oxidation and optimize current throughput.
Translating raw telemetry into structural insights across diverse clinical and social sectors.
Integrating SpO2, heart rate, skin temperature, and sleep fragmentation metrics to establish a baseline of wellness for senior care centers. Real-time fall detection sensors and SOS alerts enable immediate response capabilities.
Supplying pharmaceutical programs and research facilities with comfortable, medical-grade sleep-tracking devices. Continuous actigraphy data replaces subjective patient journals, ensuring higher compliance and cleaner data sets.
Supporting corporate wellness programs and insurance companies to incentivize restorative sleep and healthy lifestyles. Custom platforms calculate dynamic premiums based on verifiable activity and recovery data.
Navigating global regulatory landscapes requires meticulous documentation. Shenzhen TC Health Co., Ltd. manages complete compliance testing to qualify our hardware for international delivery, including CE, FCC, and RoHS markers. We use strict biocompatibility standards for all skin-facing materials to reduce dermatological risks.
Furthermore, our software interfaces are built with privacy in mind, utilizing end-to-end TLS encryption to satisfy HIPAA and GDPR frameworks, keeping patient data secure.
Our quality control process guarantees that our waterproof devices (IP67/IP68) withstand rigorous chemical testing, sweat resistance, and dust ingress checks.
Our engineering objectives for next-generation sleep diagnostics and monitoring.
As sleep science evolves, our R&D team remains at the forefront of biometric tracking innovations. Our development focus includes:
Answers to key operational, custom, and shipping inquiries for global distributors.
Our Shenzhen manufacturing facility maintains a monthly capacity of over 100,000 units. For typical OEM orders, the average lead time is 25 to 30 days after proof verification. ODM orders require additional development time depending on housing and hardware complexity.
Yes. We supply comprehensive BLE SDKs, API documentation, and communication protocols. Our engineering team helps integrate these components with external platforms, including telehealth databases and corporate wellness apps.
We operate under a certified ISO9001 quality framework. Our QA processes include automated optical alignment checks for PPG sensors, IP68 water submersion tests, temperature chambers, drop tests, and ESD static protection testing.
Our models can be configured to comply with CE, FCC, RoHS, and WEEE standards. We also use biocompatible materials that meet international regulatory guidelines for continuous skin contact.
Depending on client requirements, data can be stored locally on the device's flash storage, transmitted in real-time via BLE, or uploaded to secure cloud servers using end-to-end TLS 1.3 encryption.
Enterprise-grade trackers, sports smartwatches, and specialized components.
TC Health