BRONC X2 Adjustable Wireless Pen Tattoo Machine
Exterior Features
- Ultra-Large IPS Display: Enjoy a high-definition, ultra-large color display with a super-clear 180° wide-angle view. The screen supports simultaneous display of voltage, current, and timing, with seamless switching between interface styles.
- Durable Design: Equipped with Corning sixth-generation 3D tempered glass, rated at 8.0 on the Mohs hardness scale, ensuring scratch-resistance and lasting brilliance.
- Extended Battery Life: Comes with two high-density 18500 lithium batteries, providing 15-20 hours of continuous usage on a single charge, guaranteeing uninterrupted productivity.
- Ergonomic Handle: Designed with precision CNC machining, featuring vertical groove cutouts for enhanced grip and a contoured lower section to reduce hand fatigue.
- Versatile Connectivity: Includes a standard RCA adapter for easy switching between wired and wireless connections.
Master Chip
- Advanced X-Series Chip: The newly upgraded 28-nanometer chip boosts processing speed by 35%, ensuring remarkable performance. Real-time monitoring enhances output current stability for seamless motor integration, resulting in precise needle insertion and efficient coloring.
- Quick Voltage Switching: Easily toggle between four voltage levels to accommodate various tattooing needs, from line cutting to misting.
- User-Friendly Interface: Offers up to three levels of rich menu options, allowing for personalized settings. Seamlessly navigate through menu levels by pressing the plus and minus keys.
Motor and Drive Mechanism
- Powerful Custom Motor: Delivers unmatched performance, ensuring each stroke effectively penetrates the skin for optimal color retention.
- Innovative Drive Mechanism: Features a built-in rebound structure that eliminates reliance on silicone-driven needle recoil, increasing the machine's reciprocating frequency for faster coloring.
Elevate your tattooing experience with the BRONC X2 Adjustable Wireless Pen, engineered for precision, durability, and unparalleled performance.