Nail Vacuum Dust Collector for Acrylic Nails, AONOLOVO Powerful Nail Dust Collector Extractor Cleaner Suction Fan Manicure Tool, White
Brand: AONOLOVO
Color: nail dust collector
Product Type: Nail Vacuum Cleaner<br> Product Material: ABS + Stainless Steel<br> Product Weight: about 0.9kg<br> Package Weight: 1.1kg<br> Power: 40W<br> Voltage: AC 100v-220v 50/60HZ<br> Product Dimension: 23.5x19x8.5cm (L*W*H)<br> Package Dimension: 26x24.5x9.8cm (L*W*H)<br><br> Package List<br> 1 x Nail Dust Collector<br> 1 x US Plug<br><br> How to use:<br> Connect the plug in and turn on machine.<br><br> Applicable people: <br> Perfect for professional and personal use, such as nail art technician, nail art learner, nail art lovers.<br><br> Warm tips:<br> Use hair dryer to clean filter board.<br> Do not use water to wash filter board.<br> We suggest you can change a new filter board every 2-3 months.<br><br> Use of attention:<br> Don not insert your fingernails into fan.<br> Do not let the water enter the machine.<br> The filter board cannot be washed with water.<br> Do not disassemble machine, which will cause malfunctions.<br> Keep out of reach children.<br>
New style nail vacuum dust collector, lightweight. Stainless steel cover, durable and sturdy, after using, you can easily clean it.
Equipped with powerful motor and its rotation speed is up to 4500 rpm, easy to collect the nail gel dust, acrylic nail dust, dip powder dust and poly extension gel dust, perfect for personal use or use in the nail salon
Use reusable filter pad to collect the dust, no need to change dust bag every time, and easy to clean the filter pad with hair dryer or nail dust brush, more convenient.(Do not wash the filter pad)
This nail dust vacuum machine with high suction fan, so it sucks nail dust well when you remove the acrylic nails. (USE TIPS, when you remove nail gels, please keep your nails close to the machine.)
The back has many and large cooling holes, easy to dissipate the heat generated by the machine, so the nail fan dust collector has a good heat dissipation performance.