Reliable Lithium Battery Solutions for Cardiac Detection Devices

The pain points and needs of portable medical device battery

1. Reliable Long-Term Operation: Medical devices often require consistent operation for several hours or even days. Engineers need batteries that can provide stable power without significant performance degradation over time.

2. Safety and Durability: In medical applications, overheating or malfunctions can pose serious risks to patients. The battery must have robust safety mechanisms to prevent overcharging, overheating, or leakage.

3. Size and Integration: Cardiac detection devices are typically small and wearable, requiring batteries that are compact yet powerful. Engineers must balance size constraints with energy capacity to ensure the devices remain portable and user-friendly.

4. Performance Under Different Conditions: Cardiac monitors may be used in varying environments, from hospital settings to at-home patient care. The battery must perform reliably under a range of temperatures and usage conditions.

Battery Parameter Comparison for Cardiac Detection Devices

Based on the requirements of portable medical devices, here is a comparison of battery specifications for common cardiac detection equipment:

MOTOMA’s lithium battery solutions, such as the LIP403040-520, are optimized to meet the demands of modern cardiac detection devices. With its high capacity and reliable performance under extreme conditions, it offers superior advantages in medical settings.

MOTOMA Lithium Battery Solution for Cardiac Detection Devices

Key Features and Benefits:

1. Extended Battery Life: The LIP403040-520 battery offers a high capacity of 520mAh, allowing for extended monitoring periods without the need for frequent recharging. This is particularly beneficial in continuous monitoring situations, such as for patients with high-risk conditions.

2. Safety and Compliance: The battery is designed with built-in protection mechanisms, including overcharge, over-discharge, and short-circuit protection. It meets stringent international standards, including UN38.3, IEC62133, and RoHS, ensuring safety in all medical applications.

3. Tested in Harsh Conditions: Extensive laboratory testing has shown that the LIP403040-520 performs consistently across a wide temperature range, from -20°C to 65°C. In controlled tests, the battery exhibited stable discharge rates and maintained over 95% of its nominal capacity, even after 500 charge-discharge cycles. This ensures its reliability for both indoor and outdoor use.

4. Compact and Lightweight Design: At only 4mm thick, the battery’s slim design allows for seamless integration into compact cardiac monitoring devices. Despite its small size, it provides robust energy storage without compromising portability.

Experimental Data

In laboratory experiments conducted on the LIP403040-520, results indicated the following performance metrics:

Cycle Life: After 500 full charge-discharge cycles, the battery retained 93% of its original capacity.

Temperature Stability: The battery operated effectively between -20°C and 65°C, with no noticeable degradation in performance. At -10°C, the battery maintained 90% of its capacity, while at 60°C, it operated at 95% capacity.

Safety Testing: No swelling, leakage, or overheating was observed during rigorous testing, including overcharge and short-circuit simulations.

Why Choose MOTOMA?

MOTOMA’s lithium battery solutions for cardiac detection devices provide engineers and healthcare professionals with the peace of mind that comes with reliability and safety. With superior energy density, extended life cycles, and rigorous safety features, MOTOMA’s batteries meet the high standards required for sensitive medical applications.

By integrating MOTOMA’s LIP403040-520 battery into cardiac detection devices, healthcare providers can ensure continuous, uninterrupted monitoring, improving patient outcomes and reducing the risks associated with power failures.

For engineers designing the next generation of cardiac detection tools, MOTOMA provides a solution that balances energy efficiency with compact design, delivering reliable power for critical medical needs.