Why Choose Makita Tools
Professionals choose this brand because of its industry-leading battery compatibility and robust build quality. Instead of relying on multiple battery systems, tradespeople can power hundreds of different machines using a single lithium-ion platform. Built with Extreme Protection Technology (XPT), these machines are engineered with internal seals that channel water and dust away from vital components, ensuring reliable operation in harsh weather and dusty site conditions.
A Brief History of the Brand
Founded in Nagoya, Japan, in 1915, the company originally started as an electric motor sales and repair facility. In 1958, they introduced their first portable electric planer, marking their official shift into the power equipment industry. Since then, they have pioneered cordless technology, most notably launching the highly successful 18V lithium-ion system in 2005, which revolutionised how tradesmen work on-site by replacing heavy nickel-cadmium batteries.
Understanding Battery Platforms and Power Output
Performance depends heavily on selecting the correct battery platform. The 18V LXT system is the industry standard, providing ample torque and runtime for most daily trade applications, from drilling to timber cutting. For high-demand industrial applications that historically required mains electricity or petrol, the newer 40V Max XGT platform delivers heavy-duty power output. This high-voltage system allows for continuous operation under extreme load without overheating.
What Jobs Can You Complete With This Equipment?
With a catalog spanning hundreds of specialised products, you can tackle nearly any trade or domestic application. Carpenters rely on their precision mitre saws and brushless impact drivers for structural framing and delicate second-fix work. Landscapers utilize their 36V (Twin 18V) lawnmowers and hedge trimmers for emissions-free, quiet grounds maintenance. Meanwhile, concrete and masonry workers depend on their heavy-duty rotary hammers and angle grinders for rapid material removal.