The Die Cast Max Cordless brings full-size Doxy performance into a cordless format. Built with the same solid metal body and engineered for the same deep, controlled vibration, it delivers a familiar experience with the added benefit of complete freedom. No cables, no restrictions... just movement without interruption.
To achieve this, the motor and battery system have been carefully balanced. While peak power sits slightly below the plug-in version, the overall experience remains firmly in the top tier of cordless performance.
In 2.0, internal improvements focus on consistency, efficiency, and control. Power delivery is more stable across the battery cycle, buttons are more responsive, and the overall feel is more refined and deliberate. With extended runtime and USB-C charging, it's built for flexibility without compromising on the core experience.
Key Features
● Full-size cordless die cast wand
● Deep, controlled vibration with consistent output
● USB-C rechargeable
● Up to 160 minutes runtime
● IPX4 showerproof rating
● Solid metal body for weight and stability
● 8 speed levels with pulse mode
● Approx. 65-75dB operating range
● Flagship cordless performance with approximately 90% of the plug-in model's output
DOXY 2.0
Refined from the ground up - What's new across the range?
1. Reinforced Neck Design
Improved durability and flex under pressure.
2. Refined Motor Tuning
Cleaner power delivery and more controlled vibration.
3. Improved Button System
Better tactile response and increased reliability.
4. Enhanced Sealing
Improved protection against accidental moisture ingress.
5. Modern Charging
USB-C charging across cordless models.
6. Improved Quality Control
Tighter tolerances and more consistent performance.
Why Doxy Feels Different
Power Isn't Just RPM
RPM measures speed. It doesn't measure depth.
Doxy combines weight, balance, vibration damping, motor tuning, and engineered materials to create a deeper, more controlled sensation. That's why Doxy feels different. Not because it spins faster, but because it's engineered to transfer vibration more effectively through the body.
