DNA MOTORING TOOLS-00168 12V Cordless Polisher Tool...

This power tool is to be used as a polisher and sandpaper sander, it is not suitable for cutting, roughing and wire brushing. Do not use any accessories that have not been specifically provided or recommended for this power tool by the manufacturer.

Package Includes:

• 1 x Cordless Polisher
• 1 x Polishing Pad
• 1 x Side Handle
• 2 x Sponges
• 1 x Wool Bonnet
• 5 x Sanding Paper

  Notes:

• Charger and battery sold separately

PROFESSIONAL-GRADE DNA TOOLS – Each product by DNA is a result of deep research and development paired with rigorous testing and fitments. The strength testing and durability of the material ensure that the tools arrive at the consumers’ end perfectly ready for their intended use.
CORDLESS POLISHER TOOL SET – 1 x Cordless Polisher, 1 x Replaceable Polisher Foam Pads, 1 x Synthetic Wool Disc, 2 x Sponges, 5 x Sand paper, 1 x Detachable Side Handles, 1 x User Manual. (You can use different sponge wheel to finish different application. )
HUMANIZED DESIGN – Side handle & Top handle, you can choose the way that makes you feel comfortable. Safe & Provides convenient operation during using, greatly reducing fatigue. Meanwhile with the safe-switch lock design, you can maintain a speed by press the button safely and conveniently.
MULTI-PURPOSE USE – One machine with multiple functions. The speed can be adjusted by the 2-gear speed button between a high speed 0-7800/min or a lower speed 0-2600/min, Ideal for polishing and removing swirls, scratches, and defects from all painted vehicles. You can also use it on furniture, glass, wood and metal. Very suitable for home decorations or commercial applications, such as car care and maintenance.
SPECIFICATIONS – [Power]: 12V; [Speed]: 0-2600/0-7800/min; [Pad size]: 0-2600/0-7800/min; [Drive spindle diameter]: M6; [Sound pressure level]: 91 dB(A) K=3 dB(A); [Sound power level]:80 dB(A) K=3 dB(A); [Vibration level – main handle]: 4,700 m/s² k= 1,5 m/s²; [Vibration level – auxiliary handle]: 3,334 m/s² k= 1,5 m/s²