Explore our cutting-edge clinical devices engineered to improve patient mobility, manage acute and chronic pain, and facilitate neurological recovery.
For over 30 years, Xinkang Biomedical has stood at the forefront of China's medical manufacturing industry. For the past 15 years, we have dedicated ourselves exclusively to the research, development, and manufacturing of advanced rehabilitation equipment. By integrating R&D, high-capacity production, and global logistics, we offer a full-cycle closed-loop service for clinical institutions and commercial partners worldwide.
As a leading national expert in pain management and physical factor treatments, we specialize in advanced electrotherapy, phototherapy, magnetic therapy, mechanical pressure therapy, and kinetic sports therapy. We work in alignment with international standards to ensure our medical equipment delivers reliable clinical outcomes and complies with rigorous international quality standards.
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The rehabilitation and health optimization sectors are transitioning from passive care models to active, data-driven, and patient-centric therapies. We lead this transformation through key developments.
Modern clinical settings rely on real-time kinesiology diagnostics. Our 3D Gait Analysis Systems utilize advanced pressure sensors and algorithmic software to generate precise kinematic maps, enabling therapist-led corrections during active rehabilitation.
Transcranial Electrical Stimulation (TES) and High-Frequency Magnetic Stimulators are establishing new protocols in neurorehabilitation. Our wireless technology allows patients to undergo safe, target-specific neural stimulation without physical constraint.
Combining 3D foot scanning technology with specialized TPU 3D orthotic printers allows clinics to manufacture patient-specific insoles on-demand. This reduces product turnaround time from weeks to hours, increasing clinic efficiency and patient comfort.
We combine traditional moxibustion therapy with modern robotic systems. By implementing precise thermostatic controls and multi-axis articulation, we deliver targeted heat therapies safely, avoiding risks associated with open flames.
Lower limb and upper limb training feedback systems allow patients with stroke or trauma to retrain motor pathways. Our wearable walking assist robots detect user intent and assist natural gait cycles to support independent movement.
Dynamic assessment of joint mechanics is critical for sports rehabilitation. Our high-torque, multi-joint isokinetic systems evaluate and train muscles at constant speeds, minimizing injury risk while maximizing recovery data accuracy.
At Xinkang Biomedical, continuous R&D is central to our operations. Our technology suite is built on proprietary hardware designs, embedded firmware, and medical software developed by engineers trained at leading domestic and international universities.
Located in the Yangtze River Delta biomedical manufacturing cluster in Hangzhou, Xinkang Biomedical utilizes advanced regional infrastructure to provide high-quality medical equipment at scale.
Our ISO-certified manufacturing facility spans over 10,000 square meters and is equipped with advanced automated assembly systems, component testing stations, and calibration arrays.
Our core engineering team averages over 10 years of experience in biomedical instrumentation, sensor fusion, and rehabilitative robotics.
We implement a comprehensive medical-grade quality management workflow that monitors production from raw materials to final shipping validation.
We provide training, commissioning guides, and long-term support to help partners integrate our solutions seamlessly.
Xinkang Biomedical supports healthcare networks globally, helping clinical departments scale and modernize their services.
Our solutions have been implemented across more than 75% of Chinese tertiary hospitals and major rehabilitation departments. Through collaborative R&D programs with leading universities, teaching clinics, and research institutions, we refine our technology to meet rigorous standards of medical care.
We support medical device distributors and clinical brands across North America, Europe, and Asia-Pacific. We offer full compliance mapping, custom localized software, voltage adaptations, and optimized logistics to ensure smooth delivery across international borders.
A comparison of technical specifications, regulatory standards, and compliance frameworks for global medical sourcing.
| Product Category | Core Diagnostics/Therapeutic Metric | Primary Compliance Targets | Primary Sourcing Target Audiences |
|---|---|---|---|
| Neurostimulation Systems (TES/tDCS/tACS) | 0.1 - 4.0 mA target currents, wireless telemetry, real-time impedance tracking | ISO 13485, CE Class IIa, FDA compliant architecture | Research facilities, university medical systems, private neurology clinics |
| Gait & Foot Dynamics Monitors | 100Hz+ sensor sampling rates, high-density pressure matrices | NMPA, CE MDR, EN 60601-1 electrical safety | Orthopedic centers, diabetic care facilities, custom orthotic labs |
| Exoskeletons & Feedback Systems | Real-time gait control algorithms, active biofeedback loops | EMC Directive, Medical Device Regulation 2017/745 | Tertiary hospitals, specialized stroke rehabilitation facilities |
| Joint Isokinetic Test Systems | Multi-mode angular velocity assessments, high-torque sensors | NMPA Class II, IEC 60601 electrical isolation | Elite sports science complexes, major orthopedic hospitals |
How we help international medical procurement teams navigate complex regulatory and technical requirements.
Entering international medical markets requires strict compliance. We guide our partners through every step of this process.
To ensure patient safety and ease of use, we customize device software and hardware systems for different regions.
Answers to common regulatory, manufacturing, and shipping questions for global B2B procurement teams.
Our manufacturing facility operates under the ISO 13485 medical device quality management system. Our primary clinical systems comply with NMPA standards, and we support partners through CE MDR, FDA Class II, and regional registration processes by providing complete technical documentation, EMC reports, and biocompatibility studies.
Standard product configurations are available with low MOQ requirements for clinical trial runs. Customized OEM projects (which include custom branding, colored enclosures, and localized UI translation) typically start at 10 to 50 units, depending on the complexity of the device.
All our electrotherapy, magnetic stimulator, and robotics hardware can be configured at the factory for regional power grids, supporting 100V-120V AC (60Hz) for North American markets or 220V-240V AC (50Hz) for European and Asian configurations.
We provide comprehensive technical support for our distributors and buyers. This includes detailed video instructions, hardware circuit layouts, software diagnostics tools, and spare component kits for maintenance. We can also arrange video training calls with our engineering team.
Yes. Our software team can develop custom HL7 or REST API data export options for our diagnostic systems, including our 3D Gait Analysis and Plantar Pressure systems. This allows clinics to export patient metrics directly to local EHR platforms.
Advanced diagnostic platforms and biomechanical training systems engineered to optimize physical therapy and orthopedic outcomes.
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