Mirka DEOS 663CV 100 x 152 x 152mm Sander 230V Body (MID6630201UK)
The Mirka® DEOS Delta 663CV corner sander is part of Mirka’s DEOS (Direct Electric Orbital Sander) product range. At just 10 cm high, its compact dimensions ensure high manoeuvrability and excellent balance. Mirka® DEOS Delta is ideal for precise and efficient sanding of corners, profiles, vertical and hard-to-reach areas at any angle. This model has a 100x152x152mm multi-hole pad for efficient dust extraction and 3mm orbit for effective and fast stock removal. Mirka® DEOS Delta is small and light, thanks to its brushless motor and advanced engineering. With a comfortable and ergonomic grip, it can be used long periods without fatigue. An easy to operate lever enables instant speed adjustment, and a separate on/off switch ensures easy and safe handling. Mirka® DEOS Delta comes with an integrated vibration sensor and Bluetooth low energy technology so you can keep track of vibration, speed and usage data via the myMirka app.
- Power input: 250W
- Voltage: 220-240V
- Speed: 5000 - 10 000rpm
- Orbit: 3mm
- Size of pad:100 x 152 x 152mm
- Weight: 0.97kg
- Noise Level, LpA () 68dB
- Vibration level: 2.6m/s²
- Connectivity: Bluetooth
- Dust system: Central vacuum ready
- Mains frequency: 50/60Hz
Compatible
- 1230 M AFC Dust Extractor 230V
- 1230 L PC Dust Extractor 230V
What's in the box?
- 1 x DEOS 663CV 230V Sander
- 1 x Backing Pad 100 x 152 x 152mm
- 1 x Mains Cable 4m (UK Plug) deattach/attach
- 5 x Mixed Grit Iridium 100 x 152 x 152mm
- 1 x Instruction Book
This tool is covered by the Mirka 2+1 year warranty when registered on Mirka website within 30 days from the purchase.
Delivery rates are automatically calculated at the checkout and depend on destination, size, content and the value of the order.
Ireland Shipping: Estimated €13 exVAT
2 to 3 working days delivery time
Europe Shipping: Estimated €16 exVAT
4 to 5 working days delivery time
Worldwide Shipping: Calculated
5 to 7 working days delivery time depends on destination, size, content and the value of the order.