What are the advantages of using lithium batteries for medical portable ultrasound equipment? What should you pay attention to when looking for a supplier to customize a lithium battery charger for portable ultrasound equipment?

The advantages of adopting lithium batteries in medical portable ultrasound devices are mainly reflected in the following aspects:

1. Excellent safety performance: Medical instrument batteries use aluminum-plastic soft packaging, which differs from the metal casing of liquid batteries. In case of potential safety hazards, liquid batteries are prone to explosion, while medical instrument batteries will only swell at most.

2. Flexible customization: Lithium batteries for medical devices can be customized in thickness and shape according to customer requirements, offering fast and flexible solutions. Especially, polymer lithium batteries can meet various irregular structural requirements and adapt to the spatial layout of different devices.

3. Lightweight and portable: Medical instrument batteries are lightweight, weighing 40% less than steel-cased batteries and 20% less than aluminum-cased batteries of the same capacity and specifications, facilitating easy carrying and use by medical personnel.

4. High energy density: The capacity of lithium batteries for medical devices is 20%25% higher than that of steel-cased batteries and 10%15% higher than that of aluminum-cased batteries of the same size, extending usage time while ensuring device performance.

5. Low internal resistance and stable discharge: They can meet various large and small current discharge requirements, with a wide range of applications.

When seeking a supplier to customize a lithium battery charger for portable ultrasound devices, the following considerations are important:

1. Understanding device requirements:

• Clarify the power consumption, voltage, and current requirements of the portable ultrasound device, as well as the type and specification of the battery.

• Determine the input voltage and current range of the charger, as well as whether its output voltage and current match the device battery.

2. Choosing a reliable supplier:

• Select a supplier with good credibility and a good reputation to ensure charger quality and after-sales service.

• Understand the supplier's research and development and production capabilities to ensure that the charger can meet customization needs.

3. Considering charger compatibility:

• Ensure that the charger is compatible with lithium batteries of different brands and models, so that the charger does not need to be replaced when upgrading or replacing the battery.

• Pay attention to whether the charger's interface type matches the device battery.

4. Focusing on charger safety:

• The charger should have functions such as overcharge protection, over-discharge protection, short-circuit protection, and temperature control protection to ensure the safety of the charging process.

• Prefer chargers with intelligent charging management functions, such as automatically detecting battery status and selecting appropriate charging voltage and current.

5. Considering charger portability:

• Choose a charger that is small in size and lightweight for easy carrying and mobile use.

• Pay attention to whether the charger's appearance design is aesthetically pleasing and matches the overall style of the medical device.

6. Conducting practical testing and verification:

• After customizing the charger, conduct practical testing to verify whether its charging performance meets device requirements.

• During testing, monitor indicators such as the battery's charging status, temperature, and charging time to ensure that the charger can safely and efficiently charge the battery.

In summary, adopting lithium batteries in medical portable ultrasound devices offers many advantages. When seeking a supplier to customize a lithium battery charger for portable ultrasound devices, it is important to comprehensively consider device requirements, supplier selection, charger compatibility, safety, portability, and practical testing and verification. By making reasonable choices, the lithium battery of the portable ultrasound device can be safely and efficiently charged, thereby extending the device's lifespan and improving its efficiency.

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