Experience maximum power with minimum weight with the JRL Vortice.1 Ultra-Light Hair Dryer. Designed for professional barbers and stylists, the Vortice.1 combines powerful airflow, advanced graphene heating technology and an incredibly lightweight 370g design for fast, comfortable drying and styling.
Powered by a high-speed 77,000 RPM motor and delivering up to 2400W of power, the Vortice.1 provides rapid drying performance while remaining lightweight and easy to handle throughout a busy day.
The advanced Graphene Heat-Conduction System distributes heat efficiently to help reduce styling time while promoting smoother, shinier-looking results. Negative ion technology also helps control frizz and static for a polished professional finish.
Choose between dedicated styling and fast-drying modes, with an additional Turbo Boost when maximum airflow is required. Its quiet operation, LED indicator and extra-long 3.5m professional cord make the Vortice.1 ideal for demanding salon and barbershop environments.
Features
- Ultra-lightweight 370g professional design
- Powerful 77,000 RPM high-speed motor
- Up to 2400W power
- Advanced Graphene Heat-Conduction Technology
- Negative ion technology helps reduce frizz and static
- Styling and ultra-fast drying modes
- Turbo Boost for increased airflow
- 2 temperature settings
- 3 speed settings including Turbo
- Quiet operation
- LED status indicator
- Long 3.5m professional power cord
- Ergonomic, balanced design for reduced hand fatigue
- Striking Yellow finish
Specifications
Model: CY2025L
Colour: Yellow
Motor Speed: 77,000 RPM
Power: 2150–2400W (220–240V, 50/60Hz)
Weight: 370g
Temperature Settings: 2
Speed Settings: 3 including Turbo
Cord Length: 3.5m
Included
- JRL Vortice.1 Ultra-Light Hair Dryer – Yellow
- Styling Concentrator
- Smoothing Nozzle
The JRL Vortice.1 is built for professionals who want serious drying power without the weight of a traditional professional dryer – making it an excellent choice for high-volume barbering, salon styling and everyday professional use.
