Bosch GSH 27 VC Demolition Breaker - 110v

Presenting the 'Bosch GSH 27 VC Demolition Breaker - 110v'. This forceful tool from the Bosch family is your ultimate partner for powerful demolition tasks. Owing to its extraordinary material removal rate, this breaker resonates excellence and effectiveness. Enjoy extended operational hours and amplified comfort with its Vibration Control feature. Bosch guarantees a matchless performance, even with the most demanding demolition work. Incorporated with an Anti-Vibration impact mechanism, this tool unmistakably exceeds the market competitors by ensuring an 80% longer daily working time under the allowed limit (ELV). Specifications provide insight into the exceptional power this tool harnesses. With a rated power input of 2,000 W, a phenomenal maximum impact energy of 62 J paired with a rated speed impact rate of 1,000 bpm, the Bosch GSH 27 VC can reach a removal rate of 3.2 tons/h. Though strong and robust, the machine weights 29.5 kg and conveniently holds a 28mm internal hexagon tool holder. Unbeatable performance is accompanied by a range of user-friendly features and benefits. Enjoy the highest impact performance facilitated by 62 joules of impact energy and 1,000 blows per minute. Users experience minimal vibration thanks to the isolation of handles and the redesigned hammer mechanism, lowering vibration to merely 8 m/s². Not compromising life expectancy, the tool's longevity is assured by its high-quality components made of aluminum and steel. For effective handling, the tool comes equipped with ergonomic handles complete with a soft grip and a low center of gravity. Other features include an anti-slip surface that stops the tool from toppling over and a dust-proof switch for prolonged usage. Finally, in terms of contents, the package contains the GSH 27VC Demolition Breaker 110v and a Grease Tube for maintenance. Experience the Bosch GSH 27 VC Demolition Breaker - powerful, reliable, and user-friendly. This optimal tool is a commitment to quality from Bosch, boasting robustness, efficiency, and ergonomic design for heavy-duty demolition work.