ELECTRIC SANDER MIRKA DEROS II 325 77MM RANDOM ORBIT 2.5

Mirka® DEROS II 325 is a 77 mm electric random orbital sander designed specifically for smaller sanding tasks such as minor repairs, headlight restoration, bumper sanding, hard-to-reach areas, and kitchen refurbishment. It is also suitable for repairs, fixed surfaces, and interior fixture details. The Mirka DEROS II 325 features a 77 mm base and a 2.5 mm orbit, ideal for fine sanding and pre-polishing. The powerful new-generation Mirka DEROS II continues the success story of the random orbital sander with numerous user-friendly improvements. The low-profile and lightweight Mirka DEROS sander is renowned for its premium ergonomics, balanced feel during sanding, and ease of use. The ergonomic design and low vibration and noise levels ensure the sander can be used for extended periods without fatigue. Speed adjustment is effortless via a convenient push-button, with clear LED indicators showing the speed setting. A separate on/off switch ensures easy and safe operation. Thanks to a long-lasting and efficient brushless motor, the Mirka DEROS II maintains consistent speed and effortlessly handles demanding sanding tasks and aggressive material removal. As part of Mirka’s dust-free sanding solution, the Mirka DEROS II together with a Mirka dust extractor enables efficient dust-free sanding. Via Bluetooth, you can seamlessly connect your tool to the myMirka app to monitor vibration exposure and access additional settings and features of your sander. Key features of the Mirka® DEROS II: • Compact, ergonomic, and easy to use. • High usability — can be used for long periods without fatigue. • Convenient push-button for speed control with clearly visible LED indicators for RPM. • Enables efficient dust-free sanding. • Powerful and long-lasting brushless motor. • Effortlessly handles demanding tasks and aggressive material removal. • Bluetooth connectivity and vibration exposure monitoring. This product description is an automated translation of the original Finnish description.