If we take good care of our power tools, they will last 10 – 15 years, if not longer. This means we’ll have to purchase new batteries for our tools every 3 – 5 years. The tools they power, though, will last longer and come with a warranty for that use. Lithium-ion batteries will have a lifespan of from 3 – 5 years if properly used and stored. Why Is There No Standardized Lithium Ion Battery Configuration? While you would expect that some economies of scale could be achieved by making a single line of batteries and chargers that would be compatible across all brands, that is not the case. Besides the obvious Stanley brand of tools and the Black & Decker line, those brands also include:Įach of those brands makes its own line of power tools and its own battery packs and chargers. It holds a 19%+ market share among all of the brands it owns. This parent company is one of the world’s largest power tool manufacturers. But what about using those Makita battery packs on another brand’s cordless power tools?īefore we answer that question, let’s look at another member of the power tool industry: Stanley Black & Decker. Power Tool Battery CompatibilityĪs we said, Makita makes its own battery packs and battery chargers, and its 18V tools will run on the Makita 18V lithium-ion battery packs. Its parent company is JPW Industries, a conglomerate that owns many other companies. In 2012, its gross sales were $2.9B, billion with a “b.” In 2019, Makita held a 5.2% share worldwide in the power tool industry, which totaled $52B in US-based revenue, or $2.7B. It manufactures the Makita line of power tools and has manufacturing plants all over the world, including the United States. Makita Corporation was founded in 1915 and is a Japanese company based there in the city of Anjo. In the case of Makita, its LXT 18V battery is fully compatible with the entire line of Makita LXT power tools and includes more than 150 of them in the Makita product list. This ensures battery compatibility throughout the entire product line of each manufacturer. Battery packs are also manufactured to communicate with the motors within the tools when in operation to enhance that efficiency. The slots on the batteries are compatible with the slots on the charger from each manufacturer and are made to fit tightly both for a recharge and for powering tools efficiently and effectively. With most power tools (drills, saws, and so much more) in our workshops 18V tools, we need 18V batteries to power them. They also manufacture their own battery charges. They source the power cells from outside and then manufacture their own battery packs to the voltage their power tools will require. Power tool manufacturers do not make the power cells, though. The math is pretty easy: 5 cells 3.6V each will give you a combined voltage rating of 18V. These types of batteries are easily rechargeable and are composed of power cells of various voltage ratings from 1.2V to 3.6V, and these cells are then combined in a battery pack that can range all the way up to 48 volts. The more recent technology of lithium-ion batteries, though, has replaced them across all brands of power tools. In the past, it was the nickel-cadmium battery that powered cordless tools. Warranty Considerations on Battery Pack Interchangeability.Why Is There No Standardized Lithium Ion Battery Configuration?.
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