Tita AIO (ohm reader)

Veepon introduces the TITA AIO ohm reader, a 60W all-in-one device system with dotAIO tank compatibility. The TITA AIO ohm reader features classic styling with a front-mounted VP60 chipset, a side-firing button, and a front-mounted tank. The tank, screen, and adjustment buttons are hidden behind a removable face plate for a clean look. The TITA AIO ohm reader is available in POM material with a carbon fiber face plate, or aluminum alloy with a matching door. Veepon includes a TITA Tank with TITA Mesh Coils, which is also compatible with dotStick Coils and Nord Coils. The TITA AIO ohm reader is powered by a single 18650 battery (sold separately), which can be accessed via a threaded battery door with swing-out tab.

The TITA AIO ohm reader features a VP60 chipset, which is a 60W capable chip with 0.1W adjustment increments and wattage mode only. This is a simple, yet effective, chipset designed to efficiently deliver power. The VP60 display shows the resistance, wattage, voltage, and battery state. A dual adjustment button interface is used on the VP60 for easy adjustment of your working wattage, while a convenient USB-C port allows for fast charging through the device. All of this is nestled neatly on the face of the mod and covered by the magnetic faceplate panel. The TITA AIO ohm reader can be customized with the use of one of the PCTG Faceplate Panels (Panels sold separately).

Surface Finish: Ceramic Sand Blasting Proccess
Aluminum Door
dotAIO Tank Available
Type-C Charging Port
Airflow Ring
Oled Screen
VP60 Chipset (1-60W)
Stable Output
Fast Reaction
Single Parameter Adjustment
Two Different Types Of Coils (0.25ohm Mesh Coil; 0.6ohm Regular Coil)
Single 18650 Battery (NOT INCLUDED)

Parameters:

Size: 43.8×24.6×92.0mm
Battery: 18650 (NOT INCLUDED)
Chipset: VP60
Capacity: 2ml
Coil: 0.25ohm MESH; 0.6ohm REGULAR
Resistance Range: 0.08~3.00ohm
Variable Wattage: 1-60W
Battery Working Voltage: 2.8V~4.8V
Charging Voltage: 5+0.5V
Max Output Voltage: 8.4V
Max Output Current: 20A
Material: POM+SS316