Peak Solice PRO wireless with Adjustable Stroke Black
+ VAT
The Peak Solice Pro is a professional pen-style tattoo machine, designed to offer maximum versatility, precision, and operational freedom thanks to the modular wireless system. Ideal for tattoo artists who work with different styles, this machine allows you to easily switch from wireless to wired configurations, ensuring operational continuity in any situation. Its strong point is the fully adjustable stroke length with 7 preset levels, which makes it possible to adapt the machine to different techniques, from lining to shading and packing. The ergonomic design and high-performance motor ensure a smooth and controlled experience, even during extended sessions.
Technical features:
- Available colors: black, pink, red
- Wireless use or with RCA connection
- PowerPack battery included, rechargeable via USB-C
- Battery life up to 7 hours
- Voltage range: 4 – 12 V
- Jumpstart function (9 V for 0,3 seconds)
- 1827 coreless motor
- Adjustable stroke lengths: 2,4 / 2,7 / 3,0 / 3,3 / 3,6 / 3,9 / 4,2 mm
- Needle depth adjustment via textured grip
- OLED display with battery, voltage, and operating status indication
- Compatible with universal Cheyenne-type cartridges
- Material: aluminum
- Weight (with PowerPack): 204 g
- Length: 127 mm
- Converters included for 3,5 mm and RCA connections
- Included accessories: USB-C cable, RCA cable, O-ring, Allen keys, spare wheel
Recommended use:
The Peak Solice Pro is intended for professional tattoo artists who need a machine highly adaptable to different styles and techniques, including precise lines, shading, and packing. Stroke adjustment allows you to customize the machine’s response based on the type of work and the client’s skin. The wireless mode ensures freedom of movement, while the RCA connection option offers an immediate solution in case of a dead battery. Ideal for long sessions thanks to its long battery life and ergonomic design, it is recommended to adjust voltage and stroke according to the technique used to achieve optimal performance and precise results.