Smart Wearable System Development
Integrating textile expertise with advanced wearable technologies
R&D Overview
Our research and development focuses on transforming traditional textile products into smart wearable systems.
By integrating heating, vibration, sensors, and wireless connectivity, we create solutions designed for comfort, usability, and future scalability.
System Architecture
The system architecture is designed to integrate multiple functional modules into a unified wearable platform :
- User Interface (APP / Button Control)
- Wireless Connectivity (Bluetooth)
- Main Control Unit (MCU)
- Functional Modules (Heating, Vibration, Sensor)
- Power System (Battery Module)
This layered architecture ensures stable communication, precise control, and safe operation across all wearable functions.
Core Technologies
1 . Smart Heating
Smart Heating Module
Our heating system uses flexible conductive materials to generate stable and controlled warmth in targeted areas.
It supports multi-level temperature adjustment and ensures even heat distribution, energy efficiency, and safety during continuous use.
This module is developed for seamless integration into wearable garments while maintaining comfort and reliability.
2 . Vibration System
Vibration System
The vibration module utilizes compact micro-motor technology to deliver controlled vibration patterns with multiple intensity levels.
It is designed to enhance comfort, support relaxation, and improve the overall wearing experience.
The system is optimized for low noise, stability, and energy-efficient operation.
3 . APP Monitoring & Connectivity
APP Monitoring & Connectivity System
The APP system acts as the interface between the user and the wearable device.
It enables function control, data monitoring, and real-time interaction through wireless connectivity.
This platform also supports future expansion into health data analysis and personalized wearable services.
4 . Smart Wearable Integration
Smart Wearable Integration
Our R&D focuses on integrating multiple technologies into a unified wearable system.
By combining heating, vibration, sensors, control units, and connectivity, we create a scalable platform for future smart wearable applications.
This approach enables the transition from standalone products to connected smart health ecosystems.
System Integration
We specialize in integrating multiple modules into a single wearable platform.
From power management to user interaction, each component is optimized to ensure comfort, stability, and real-world usability.
We integrate multiple technologies into a single wearable platform, ensuring seamless performance, comfort, and real-world usability.
Development Approach
The system architecture is designed to integrate multiple functional modules into a unified wearable platform :
- Practical usability in daily wear
- Comfort and ergonomic design
- Modular structure for easy maintenance
- Scalability for future product expansion
CTA
Explore Smart Wearable Collaboration
We welcome collaboration with global partners, brands, and distributors in developing next-generation smart wearable solutions.
We are actively seeking global partners to collaborate in the development and commercialization of smart wearable products.