The transfusion of blood is a critical process that requires dependable equipment and treatment.
Warmers are one of many essential items used to guarantee the success of this important fluid transaction.
One of the newer qualities provided in blood warmers is the ability to use battery power for operation.
This feature allows warming equipment to be applied throughout medical facilities and in field environments.
The consistent concern with warmer design has been usability.
Manufacturers strive to make every component as lightweight as possible.
Batteries are a particular element that significantly contributes to the weight of these devices.
Newer designs have decreased in weight, making them highly reliable for use and easy to transport in any medical situation.
Ultra Battery 1: Dependable Power in Life Threatening Situations The Ultra Battery 1 is a portable, rechargeable battery used for these devices.
It has been designed to weigh far less than currently implemented batteries.
Size is one of the many contributes to this reduction.
While portability has increased the usage of warming equipment, difficulties have been consistently reported due to the actual heaviness added by the power source.
Equipment has been equivalent to, or less than one pound; however, the batteries are naturally heavier.
Design enhancements provide a power source that weighs only 1.
25 pounds.
This development is quite beneficial to combat or response situations with a more restricted environment.
Use of the Ultra Battery 1, in addition to reliable warming equipment, meets the intense needs of field medical treatment.
Many additions have met storage and carrying requirements.
New battery design features include lighter weight, smaller dimensions, sturdier casing, and a sealed enclosure.
Grips are provided for better handling.
The use of a sealed enclosure makes the power source capable of operating in rigorous environments.
Charge statuses can be seen in real-time for effective charge level readings.
Recharging has been reduced to an hour due to the incorporation of a higher capacity charge cycle.
The battery is compatible with disposable blood warmers and can be charged with multiple voltages.
Flow rate may be as high as one-hundred and fifty milliliters per second.
In comparison to other battery possibilities, these power sources are far lower in weight, smaller, and offer more protection from environmental conditions.
Many other types have a specific voltage requirement for charging.
Compatibility, charging times, and overall capacity vary with other models.
Since the battery is a necessity for operating these devices, it is essential to purchase the best available product.
As with any other type of portable power source, efficiency is a key selection factor.
Combat injury situations, ambulance services, and medical facilities rely on this equipment to provide the best care under the worst environmental conditions.
A battery must be easy to charge, hold the charge well, and be convenient for the user.
If it takes hours to charge, is limited by power sources, or cannot withstand the environment, it is destined to not be dependable when needed the most.
These products are being designed to better meet the intense conditions that accompany medical professionals performing critical treatment in the field.
Added enhancements make the equipment reliable when an individual's life depends on its use.