Dongguan Trial Medical Co., Ltd. is a premier global developer and specialized OEM/ODM manufacturer of remote clinical trial monitoring systems, electronic clinical outcome assessment (eCOA) interfaces, and end-to-end digital biomarker platforms. Founded in 2016, our advanced R&D facility and manufacturing center are located in Dongguan, China—the world’s capital for advanced hardware engineering, electronic optimization, and precision medical manufacturing.
Our state-of-the-art facility spans over 11,000 square meters and is manned by a dedicated workforce of more than 230 employees, including a core team of senior biomedical engineers, embedded software programmers, and cloud architects. Trial Medical is uniquely positioned to bridge the gap between high-precision clinical requirements and scalable electronic production. We empower international Clinical Research Organizations (CROs), multinational pharmaceutical enterprises, public health systems, and pioneering academic research networks to gather continuous, high-fidelity physiological data via customizable, regulation-compliant hardware configurations.
Discover our foundational medical instrumentation and high-precision data gathering devices, customized for clinical evaluation and localized digital ecosystem setups.
In contemporary medical science, digital biomarkers are defined as objective, quantifiable physiological and behavioral data points collected via consumer-grade or medical-grade digital technologies. Unlike traditional episodic clinical indicators, digital biomarkers allow for continuous monitoring, yielding insight into real-world patient functionality, sleep quality, cardiovascular dynamics, and cognitive variations.
As a premier OEM/ODM manufacturer, we design and produce integrated hardware and firmware platforms that register these signals accurately. These digital biomarker platforms consist of wearable sensor devices, remote clinical trial monitoring systems, secure local communication interfaces (SDK/API-driven), and cloud databases. These configurations allow clinical investigators to transform raw kinetic, galvanic, and optical measurements into actionable clinical endpoints. By converting parameters like acceleration, pulse rate variations, and skin temperatures into standardized metrics, the platforms support critical drug efficacy evaluations and patient wellness monitoring.
The global pharmaceutical, biotechnology, and clinical trial landscapes are undergoing a fundamental transformation. Traditional centralized clinical trials are increasingly giving way to Decentralized Clinical Trials (DCTs) and hybrid assessment methodologies. This operational model reduces geographical barriers, improves retention rates, and allows trial managers to draw from diverse patient demographics globally.
However, the lack of standardized, clinical-grade telemetry hardware has historically limited remote data collection. Off-the-shelf consumer fitness trackers often struggle with inconsistent data collection rates, lack transparency in raw data extraction, and fall short of stringent FDA, CE, or NMPA medical compliance frameworks.
Devices utilize sensor components that deliver clean raw data streams, avoiding proprietary filtering that could skew scientific analysis.
Fully customizable firmware allows secure connections to proprietary clinical trial applications and remote server infrastructures.
Dongguan-based production guarantees sourcing agility, rapid prototype turnaround times, and reliable volume scaling.
Our digital biomarker platforms are designed with flexibility at their core, featuring a modular architecture. This framework spans from physical biophysical sensors to cloud storage systems, providing stability, low power consumption, and compliance at every step.
Integrated arrays including photoplethysmography (PPG), multi-axis accelerometers, galvanic skin response (GSR) modules, and temperature sensors. Designed to maintain signal fidelity while optimizing power consumption for extended wear.
Embedded processors extract primary features locally, filtering signal noise before wireless transmission. Secure Bluetooth Low Energy (BLE) pairing links the device to local hubs or patient smartphone applications.
Our comprehensive libraries for iOS and Android facilitate direct data ingestion into third-party eCOA or decentralized clinical trial apps, avoiding complex custom driver development.
Configured with end-to-end encryption protocols, our platforms support local regional hosting setups to comply with data residency standards like GDPR and HIPAA.
Biomarker tracking needs vary based on regional conditions, regulatory rules, and specific patient populations. Here is how our OEM/ODM platforms adapt to different settings:
Enables decentralized cardiovascular and oncology studies by providing home-use, medical-grade monitoring tools. This helps reduce patient travel burden and clinical site operational overhead.
Facilitates remote physiological tracking for aging demographics. Built-in fall detection algorithms and heart rate variability metrics provide local elder-care providers with real-time updates.
Designed for remote or rural regions. Supports long battery life and offline storage modes to ensure continuous tracking even in areas with unreliable internet connections.
Located in the core industrial hub of Dongguan, China, Trial Medical benefits from a highly efficient manufacturing ecosystem. This location provides us with immediate access to component suppliers, specialized semiconductor partners, precision enclosure makers, and ISO-certified testing facilities.
This regional proximity allows us to streamline our development and production workflows:
Our engineers perform Design for Manufacturing (DFM) reviews early in the design stage, reducing production risks, cutting tooling costs, and accelerating market entry.
Our high-yield SMT lines and cleanrooms are designed to handle complex PCBs with multiple sensors, maintaining trace level component tracking throughout production.
Operating under ISO 13485 guidelines, every batch undergoes automated optical inspection (AOI), functional testing, and environmental testing before dispatch.
Operating in the clinical space requires strict adherence to global and regional regulatory standards. Trial Medical prioritizes security and compliance across all hardware and software platforms:
Hardware and cloud architectures utilize AES-256 encryption at rest and TLS 1.3 in transit to keep Protected Health Information (PHI) secure.
We assist our OEM/ODM clients in compiling technical documentation for FDA 510(k) and CE MDR submissions, including biocompatibility reports (ISO 10993) and electromagnetic compatibility testing.
Firmware designs feature secure data logs to preserve data audit trails, supporting Good Clinical Practice (GCP) guidelines for research trials.
We provide customization across several tiers: hardware adjustment (incorporating sensor variations like PPG, GSR, or temperature probes), custom industrial design and enclosure modeling, custom firmware modifications (such as modifying sampling frequencies and BLE transmission profiles), and brand-specific packaging or labeling.
Unlike consumer wearables that apply pre-filtering to estimate steps or sleep stages, our platforms can output raw accelerometer (G-forces) and photoplethysmography (photocurrent) data. This raw data access allows clinical researchers to apply custom algorithms directly to the foundational signal.
Our Dongguan manufacturing site operates under ISO 13485 certification. We use automated optical inspection (AOI), in-circuit testing, and specialized calibration fixtures to ensure every production unit meets medical tolerance standards.
Yes. We supply robust mobile SDKs (iOS/Android) and documentation, allowing your team to integrate device controls and data transfer directly into your clinical app, avoiding the need for intermediary software.
Depending on complexity, design and development stages take 4 to 8 weeks, with functional prototypes ready for review shortly after. Once prototypes are approved, mass production setup typically takes 8 to 12 weeks.
With our hub in Dongguan and proximity to Shenzhen and Hong Kong shipping ports, we coordinate international customs clearing, air/sea freight logistics, and supply chain routing to delivery destinations worldwide.
Take a tour through our production workshops, inspection labs, and raw materials storage, where quality management is integrated into every step of the process.
Browse our hardware line, including specialized clinical scanners, heavy-duty diagnostic controls, and advanced wireless transmitters.
Trial Medical
