Batteries for medical technology – reliable, safe and long-lasting

Anwendungsbeispiel für ein Gerät, dass zuverlässige Akkus benötigt: Medizinischer Patientenmonitor mit EKG- und Vitaldatenanzeige im Krankenhaus.

Our medical batteries are specially designed for use in sensitive medical devices and meet the highest standards of quality, safety and durability. We offer a wide range of reliable batteries for a variety of applications in everyday hospital, care home and practice settings.

Applications for our medical batteries:

Defibrillators and patient monitors: A secure power supply in emergencies – for maximum reliability when every second counts.
Syringe and infusion pumps: Precise power supply for continuous, uninterrupted medication delivery.
Surgical instruments: High-performance batteries for surgical use, guaranteeing endurance and precision.
Patient beds and patient lifts: Comfortable mobility and safe operation thanks to high-performance battery technology.
Electric wheelchairs and mobility aids: Long range and reliable runtime for daily use.

Our medical batteries are EU MDR-compliant and perfectly tailored to the strict requirements of medical technology. This means you are on the safe side when it comes to the reliable operation of life-saving equipment.

Your benefits at a glance:

Tested quality and maximum reliability
Long service life and high cycle stability
Compatibility with most standard medical devices
Rapid availability and expert advice

Rely on our expertise to find the right battery for your medical device – whether it’s a defibrillator, infusion pump or patient monitor.

Frequently asked questions about batteries for medical devices

+ - What distinguishes medical batteries from standard batteries?

Medical batteries are specifically designed for use in medical devices. They must meet strict requirements in terms of safety, reliability and quality. Whilst conventional batteries are used in everyday devices, medical batteries are designed to function reliably even under heavy loads and to comply with the specific standards of the healthcare sector.

+ - What battery standards apply to medical devices?

Batteries and rechargeable batteries used in medical devices are subject to internationally recognised standards that ensure safety, quality and reliability. These standards guarantee that medical rechargeable batteries function reliably even under demanding conditions and that patient safety is ensured at all times. The declaration of conformity for our AKKUmed rechargeable batteries can be found on the relevant product pages.

+ - In which devices are medical batteries used?

Medical batteries are used in a wide range of devices, such as defibrillators, infusion and syringe pumps, patient monitors, ventilators and electrically adjustable hospital beds. In short: wherever a reliable power supply is essential in everyday medical practice.

+ - How long does a medical battery last?

The lifespan of a medical battery depends on the type of battery, how it is used and how it is maintained. High-quality lithium-ion batteries can last for several hundred to over a thousand charge cycles. Factors such as temperature, charging and discharging behaviour, and proper maintenance play a crucial role in this.

+ - How safe are rechargeable batteries in medical devices?

Medical batteries are equipped with safety mechanisms that prevent risks such as overheating, short circuits or deep discharge. They are tested to strict safety standards to ensure a reliable power supply in everyday medical practice. However, a high level of safety can only be guaranteed if tested and certified batteries are used.

+ - How do I choose the right battery for my device?

It is important that the voltage, capacity and design are precisely suited to the device in question. Furthermore, only batteries that meet the necessary standards and certifications should be used. Checking the manufacturer’s specifications and seeking expert advice will help you make the right choice and ensure the safety of the device.

+ - How should medical batteries be stored and maintained?

Medizinakkus sollten kühl, trocken und geschützt vor extremen Temperaturen aufbewahrt werden. Für die Lagerung empfiehlt sich ein mittlerer Ladezustand von etwa 40–60 %. Außerdem ist es wichtig, ausschließlich passende Ladegeräte zu verwenden und die Akkus regelmäßig auf ihre Kapazität zu überprüfen.

+ - How should medical batteries be disposed of properly?

Medical batteries must not be disposed of with household waste; instead, they must be recycled via special collection points or take-back schemes. Strict regulations apply to the transport and disposal of lithium-ion batteries in particular, in order to avoid environmental and safety risks.

+ - How can you tell if a battery is still in good condition?

There are various ways to check whether a battery is still working reliably. A first indication is its runtime in practical use: if the battery lasts significantly less time than usual, this suggests a reduced capacity. More accurate results can be obtained by measuring the capacity using a suitable charger or tester that displays the remaining battery capacity in milliampere-hours (mAh). The voltage can also be checked with a multimeter – if it is significantly below the target value, the battery is usually damaged. For medical devices, the following applies: batteries should be tested regularly in accordance with the manufacturer’s specifications, as safety and reliability are paramount here. If the readings are abnormal or there is any uncertainty, it is advisable to replace the battery to ensure the safe operation of the device.

+ - What is the 80-20 rule for lithium batteries?

The 80-20 rule describes a recommended method for charging and discharging lithium-ion batteries as gently as possible. It states that, ideally, the battery should not be charged to 100% or discharged to 0%. Instead, it is recommended to keep the charge level between approximately 20% and 80%. The reason: Extreme charge states place greater strain on the cell chemistry and shorten the service life. By adhering to the 80-20 rule, more charge cycles can be achieved, capacity can be maintained at a stable level for longer, and the service life and reliability of the battery can thus be significantly extended. Particularly in medical technology, where batteries play a central role in operational safety, this method contributes to greater reliability.