Wearable device manufacturers continuously strive to enhance product performance and accuracy to approach medical device standards and meet the user demand for precise ECG recording. Therefore, for effective product validation, more precise test signals and compliance testing are essential.
However, current testing methods in the quality assurance department or production lines often only allow for one device to be tested at a time. If testing numerous devices and introducing more test items are unavoidable, this necessitates additional testing equipment and workforce.

So we designed an ECG tester specifically for wearable devices—WECG400, featuring 4 electrode ports that enable operators to test 4 devices simultaneously and save time on repetitive setups.
It integrates IEC 60601-2-47 test items, including dynamic range, input impedance, and frequency response, helping manufacturers ensure each product meets regulatory requirements of accuracy. 

Accurate ECG testing relies on precise and small test signals, so reducing noise interference is fundamental to ECG testers. Not to mention that different equipment in the production line might generate various types of noise, which can affect the tests. Therefore, to effectively mitigate environmental noise interference, we have paid particular attention to the WECG400's multiple anti-interference designs, minimizing noise's impact on test signals and ensuring accurate and reliable test results.

At the same time, to ensure smooth performance verification, the WECG400 must be seamlessly integrated into the existing testing process. Therefore, we provide a free software development kit (SDK) that allows engineers to develop their own automated testing software. They can design programs that best fit into the current testing process, and even control multiple WECG400 to test more than 4 devices at once, maximizing testing efficiency.
Enhancing testing efficiency and ensuring product quality for manufacturers have always been our goals. We hope the WECG400 can overcome the challenges of testing and validation without compromising efficiency or precision.

Anti-interference Design for Mitigating Environmental Noise Interference and Outputting High-quality Signals

 

• Multiple shielding designs and ESD protection to minimize environmental noise interference
• Separates and filters noise with digital signal processing technology to provide precise test signals

Customizable Input Impedance Testing for Verifying Manufacturers' Specifications

• In addition to the standard value 620kΩ / 4.7nF, customizable input impedance tests such as 10MΩ / 180pF are available to optimize the signal receiving quality of the DUT (device under test)

 

Note:
1. The screenshot shown is the WECG400 performance test software, intended for quickly verifying the WECG400 performance only. Users can develop actual test software for production lines using the SDK as needed.
2. The screenshot is for reference only. For the latest version of the WECG400 performance test software, please contact WhaleTeq.

 

Raw Data Playback — Performance Verification Using Real ECG Signals

• Supports playback of ECG databases or clinically recorded waveforms to test the DUT's interpretation capability
• Plays user-defined signals to verify specially designed specifications

 

Note:
1. The screenshot shown is the WECG400 performance test software, intended for quickly verifying the WECG400 performance only. Users can develop actual test software for production lines using the SDK as needed.
2. The screenshot is for reference only. For the latest version of the WECG400 performance test software, please contact WhaleTeq.

 

Flexibly Expands Testing Capability and Integrates WECG400 into the Testing Process with SDK

 

• Manufacturers can develop automated testing software based on their needs to integrate WECG400 into the existing testing process while shortening the transition period for replacing current test equipment with it
• Controls multiple WECG400 to simultaneously test more than 4 DUTs