Mirka® DEROS II 325 EU Ø 77 mm, orbit 2.5 mm

The Mirka® DEROS II 325 is a 77 mm direct electric random orbital sander developed especially for smaller sanding operations, such as small repairs, headlight restoration, bumper sanding, hard-to-reach areas and kitchen refurbishing. It is also suited for corrections on solid surface applications and interior furniture details. The Mirka DEROS II 325 has a 77 mm pad and 2.5 mm oscillation suitable for finer grits and prepolishing sanding. The effective Mirka® DEROS II is a compact and easy-to-use electric sander. The next generation Mirka DEROS II continues the story of the successful orbital sander with numerous improvements for the user. The low-profile and lightweight Mirka DEROS sander is well known for its leading ergonomics and balanced feel, with operator comfort at a high standard. Mirka DEROS II can be used for long periods without fatigue due to its low noise level and low vibration values. The new design makes it even easier for the operator to adjust the sanding speed: in addition to the easy-to-operate lever for adjusting sanding speed, the Mirka DEROS II also features clearly visible LED indicators for the speed selector and a separate on/off switch. Thanks to the long-life and high efficiency brushless motor, the Mirka DEROS II maintains a consistent speed and can effortlessly tackle also demanding jobs and heavy applications. As part of the Mirka dust-free sanding solution, the Mirka DEROS enables efficient dust-free sanding and a Bluetooth connectivity allows seamless integration with the myMirka app for vibration monitoring. Key features of Mirka® DEROS II: • Compact, ergonomic and easy-to-use. • High operator comfort -> can be used for long periods without fatigue. • Easy-to-operate lever for adjusting sanding speed with clearly visible LED indicators for RPM. • Enables efficient dust-free sanding. • High-efficiency and long-life brushless motor. • Can effortlessly tackle also demanding jobs and heavy applications.

• Bluetooth connectivity and vibration monitoring.