Medical equipment has become an important
field of modern medicine. There are more and more medical equipment using
lithium batteries, such as monitors, electrocardiograms, syringe pumps,
infusion pumps, B-ultrasound, ventilators, medical lighting, medical electric
drills, and electronics. Clinical thermometers and so on, but what are the
advantages of lithium batteries for medical equipment?
1. Good safety performance. The medical
equipment lithium battery adopts the vehicle-grade lithium ion battery, and is
equipped with a multi-level safety protection scheme to ensure the safety of
the medical equipment lithium battery.
2. The shape can be customized, and the lithium battery for medical
equipment can increase or decrease the thickness of the battery according to
customer needs, change the shape, and be flexible and fast.
3. Lightweight, shape and size can be
customized according to the structural requirements of medical equipment,
especially the polymer lithium battery can meet the requirements of various
special-shaped structures.
4. The weight is very light. The weight
of lithium batteries for medical devices is 40% lighter than steel shell
lithium batteries of the same capacity and 20% lighter than aluminum shell
batteries.
5. Lithium batteries for medical
equipment have high energy density. The capacity of medical equipment batteries
is 20-25% higher than that of steel shell batteries of the same size and 10-15%
higher than aluminum shell batteries.
6. Small internal
resistance, stable discharge, can meet various large and small current
discharge requirements, and have a wide range of applications.
Compared with other traditional
technologies, lithium batteries have many advantages in the application of
portable medical equipment: higher energy density, lighter weight, longer cycle
life, and better The battery capacity retention characteristics and a wider
applicable temperature range...
Nowadays, the mobility of medical
equipment has become more and more important.
Today, the application of lithium batteries in
medical equipment has produced a large number of monitoring instruments,
ultrasonic equipment and infusion pumps, which can be used far away from
hospitals or even battlefields. Portable devices are becoming more and more
convenient to move. It is precisely because of the application of technologies
such as lithium batteries that the 50-pound defibrillator can be replaced by a
lighter, more compact, and user-friendly device without causing muscle tension
to medical staff. Due to the wide variety of medical devices, complete
functions and high precision in modern clinical departments, it is very
important to ensure the correct and safe use of various devices. Therefore,
effective maintenance and maintenance of the lithium battery and other
vulnerable parts in the instrument can not only extend the service life of the
lithium battery, but also reduce the maintenance cost of the equipment, and
significantly improve the utilization and integrity rate of the hospital's
medical equipment.
With the maturity of lithium battery
technology and the increasing requirements of portable medical devices for
mobile work, lithium batteries are gradually occupying the leading position in
the medical device industry with their absolute advantages of high voltage,
high energy and long life.