Estimation of The Use of Polymer Lithium Batteries in Medical Equipment in 2025

Estimation of the use of polymer lithium batteries in medical equipment in 2025

The development trend of intelligent and portable medical equipment has brought a broad application space for polymer lithium batteries. In 2025, the market size of polymer lithium batteries in the field of medical equipment is expected to exceed US$20 billion, becoming an important driving force for medical technology innovation.

1. Analysis of market demand for medical equipment

The demand for portable medical equipment is growing rapidly, with an annual growth rate of more than 30%. The market for wearable medical equipment is expected to reach US$50 billion, with strong demand for thin and flexible batteries. The market for implantable medical equipment is growing steadily, and there is an urgent need for high-safety batteries.

The intensification of an aging society and the increase in demand for chronic disease management have promoted the popularization of home medical equipment. The development of telemedicine after the epidemic has driven the demand for portable diagnostic equipment. These trends have created a huge market space for polymer lithium batteries.

2. Technical advantages of polymer lithium batteries

The ultra-thin design meets the needs of equipment miniaturization, with a minimum thickness of 0.5mm. The flexible characteristics meet the curved design of wearable devices, with more than 100,000 bends. High energy density supports long-term operation of equipment, and battery life is increased by 50%.

Excellent safety performance, through strict medical certification. Low self-discharge rate, ensuring equipment standby time. These characteristics perfectly match the needs of medical equipment.

III. Outlook of key application areas

Wearable devices: Smart bracelets, blood glucose meters, etc. use flexible batteries to improve wearing comfort. Portable devices: Ultrasound machines, electrocardiographs, etc. use high-energy density batteries to enhance portability. Implantable devices: Pacemakers, etc. use high-safety batteries to extend service life.

Emergency equipment: Defibrillators, etc. use fast-charging batteries to ensure that they are available at any time. These applications promote the performance of medical equipment and improve the user experience.

In 2025, polymer lithium batteries will play a greater role in the field of medical equipment. Technological innovation will continue to promote the upgrading of medical equipment and provide patients with better and more convenient medical services. Medical equipment companies need to grasp the development trend of battery technology and develop innovative products to meet the growing demand for medical health.