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The WORX WU359X is a powerful demolition hammer designed for professionals and demanding DIY users. With its robust 1300W motor and 35mm cylinder, this model delivers exceptional drilling and chiseling performance, easily handling various construction and renovation tasks. Its 5kg body design balances sufficient power with operational stability and convenience, making it an ideal choice for heavy-duty projects. The WU359X incorporates several user-friendly features, such as an anti-vibration handle, a large trigger switch, and a lock-on switch, aimed at enhancing user comfort and safety during prolonged use. The application of a concentrated air chamber and vibration-reducing air-impact technology further optimizes the tool's efficiency and durability, ensuring stable performance in various harsh working environments. This hammer is not only suitable for drilling and demolition work on hard materials like concrete and masonry but its sturdy construction and reliable performance also make it a top choice for construction sites, engineering projects, and professional maintenance.
The 1300W motor of the WORX WU359X demolition hammer, combined with its 35mm cylinder, ensures efficient drilling and demolition capabilities on various hard materials, particularly suitable for concrete and masonry structures. Its 5kg weight is carefully designed to provide sufficient impact energy (17 Joules) while considering operator load, making it easier to control during heavy-duty construction. The product's anti-vibration handle and ergonomic design, such as the large four-finger trigger switch, significantly improve operating comfort and reduce muscle strain for the operator during extended continuous work. The lock-on switch function ensures stable tool operation after startup without continuous pressing, which is particularly important for tasks requiring precise control. The concentrated air chamber and vibration-reducing air-impact technology are WORX innovations in power transmission and vibration reduction, aimed at maximizing energy transfer efficiency and minimizing mechanical wear, thereby extending the tool's lifespan and providing consistently stable performance.
