BELLAR AIR by Microbeau 3.mm stroke
Bellar Air
Unbelievable device - highly recommend
Is Microbeau’s breakthrough wireless innovation. An all-encompassing PMU machine, suitable for the artist craving reliability, luxury, and style, all in a machine with endless capabilities.
Featuring a new digital display with options to manage speed, timing, voltage, and eGive parameters, this device puts the artist in maximum control. With the NEW built-in needle sensing feature, the Bellar Air recognises and responds to the skin, delivering consistent results. Bellar Air’s responsive eGive system, NEW lower running voltage (4V/66Hz), this 2.1 mm or the 3.0mm stroke options empowers artists to take on a variety of techniques on different skin textures.
Key Features:
- LED Digital Display
- Needle Sensing
- eGive Adjustment
- Adjustable Needle Depth with Ratcheting System
- Luxury Travel Case Included
- Responsive Silicone Buttons
- Stroke Length: Black in 3.mm stroke length
- Weight: 3.86 ounces (109.6 grams)
- Battery Life: 4-5 hours. Battery life subject to voltage, stroke, needle choice, and skin type.
- Connectivity: Bluetooth Wireless or Wired with Detachable wireless battery pack or DC power adaptor
- Voltage Range: 4 – 10 volts
- Grip: 26.5 - 16 mm tapered
- Compatibility – Bluetooth, Kill switch, Standard Universal Membrane Cartridges
- Compatible via Bluetooth connectivity to the Dark lab App
- Made in the US
Featuring a new digital display with options to manage speed, timing, voltage, and eGive parameters, this device puts the artist in maximum control. With the NEW built-in needle sensing feature, the machine recognizes and responds to the skin. With a responsive eGive system, (4V/66Hz), the 3.mm or 2.1 mm, Bellar Air is empowering artists to take on a variety of techniques on different skin textures.
The Bluetooth connectivity provides artists with the ability to connect to the wireless Kill switch foot switch and the Dark lab app. The Bellar Air comes standard in a luxury travel case and includes a DC Power Adapter, an alternate method of powering the machine by method of a conventional power supply.
