FK Irons Darklab: Hover Power Supply

The DarkLab Hover from FK Irons is the first touchless, OLED display power supply for tattooing. The Hover was built for maximum hygiene and will provide you with a more sterile work environment.

DarkLab's innovative power supply is jam-packed with new and exciting features. With touchless control, artists simply need to gesture to the power supply to control it, avoiding cross-contamination.

It is also Bluetooth-enabled, meaning you can connect to multiple wireless devices and upgrade the firmware via a mobile app. It is also compatible with USB-A and USB-C, allowing you to recharge your battery packs, wireless machines or mobile devices.

With dual machine inputs, you can connect up to two tattoo machines into the Hover power supply and toggle back and forth with the swipe air gesture feature.

You can also use a swipe air gesture to increase or decrease the voltage of the power supply from 2 to 17 Volts in 0.1 Volt increments.

The DarkLab Hover offers three on/off modes: air switch, corded or wireless foot switch, depending on your preference. You can also configure and save up to nine speed/voltage parameters and easily switch between them by swiping across the unit.

Track and record your session and machine run times simulataneously with the dual timer encorporated in the Hover power supply.

With an anti-slip magnetic base, you can securely place your DarkLab Hover on a variety of surfaces for ease of use. The Hover also allows 180-degree screen rotation to accomodate your preferred cable position.

Key Features:

• Touchless control - avoid cross-contamination
• OLED display
• Dual machine inputs
• Bluetooth-enabled, USB-A and USB-C compatible
• Configure and save up to 9 speed/voltage parameters
• Three on/off modes: air switch, corder or wireless foot switch
• Voltage Output: 2 - 17 V, increase/decrease in 0.1 V increments
• Anti-slip magnetic base
• 180-degree screen rotation to accomodate preferred cable position
• Dual timer to track/record session and machine run times simultaneously