Hiustenkuivaaja Babyliss Speed Pro 6704WE 2000W

The Babyliss Speed Pro 6704WE 2000W hair dryer combines a 2000 W motor with a compact, lightweight body to deliver efficient drying and styling. Designed for both professional and home environments, this model features three heat levels, two speed settings and a cool shot function to help fix styles. The white and black finish provides a neutral, modern appearance while the manageable weight supports comfortable use during extended styling sessions.

Advantages

The high-power 2000 W motor reduces drying time while maintaining constant airflow for even results. Multiple heat and speed settings allow adjustment for different hair types and styling needs, and the cool shot helps lock in the finished style. The dryer’s lightweight construction and ergonomic shape make it easier to handle for longer periods, and the dual-color finish adapts to both salon and home interiors.

Suitable for

• Daily quick drying for fine to medium hair
• Styling and finishing with a cool shot to set hair
• Salon or home use where reliable performance and portability are needed
• Users who prefer adjustable heat and speed control

Key specifications

• Power: 2000 W
• Heating levels: 3
• Speed settings: 2
• Cool shot function: Yes
• Weight: 0.65 kg
• Colours: White, Black

How to use

Plug the dryer into a suitable outlet and choose the appropriate heat and speed settings for your hair type. For faster drying, start on a higher heat and speed while keeping the dryer moving to avoid concentrating heat on one spot. Use the lower heat or speed for delicate or thin hair. Finish by pressing the cool shot to set the style and add shine. Allow the appliance to cool before storing.

Recommendations

For best results, towel-dry hair gently before using the dryer and use a nozzle attachment or brush to direct airflow for smoother styling. Avoid using the highest heat setting on wet or damaged hair; select lower heat and multiple passes instead. Clean the air intake regularly to maintain airflow and motor efficiency.