Home

Light therapy

Wake-up Light

Wake up naturally

The Wake-up Light wakes you up in a natural way, by light that increases gradually. From now on waking up will be a pleasant experience. It makes use of an energy saving lamp and the design in the shape of a lamp suits every bedroom.

HF3480/01

Unfortunately this product is no longer available

Find similar products

Wake up naturally

Designed to wake you perfectly

  • Dusk simulation

Gradual light prepares your body to wake up

Light gradually increases in 30 minutes before your set wake up time. Light falls on your eyes and positively affects your energy hormones, preparing your body to wake up. This makes waking up a more pleasant feeling.

Energy saving lamp

Wake-up Light is the only dawn simulator that makes use of an energy saving lamp. It consumes up to 24% less energy compared to a Wake-up Light with a normal light bulb.

Up to 300 Lux for natural awakening

The senitivity to light differs a lot per person. In general, when using a higher light intensity a person needs less time to become fully awake. The light intensity of the Wake-up Light can be set up to 300 Lux. This makes sure you can wake up to the light intensity that suits your personal preference best.

Clinically proven to make waking up more pleasant

Choice of 4 natural and pleasant wake-up sounds

Digital FM radio

Drift to sleep with gradually dimming light and sound

Great sound quality thanks to the integrated sound box

Awards

Technical Specifications
  • Sound

    Sound off function

    Option to mute sound immediately

    FM radio

    Yes

    Premium sound box

    Integrated sound box

    Number of Wake-up Sounds

    4

  • Technical specifications

    Cord length

    200  cm

    Voltage

    230  V

    Power

    26  W

    Frequency

    50  Hz

    Insulation

    Class II (double isolation)

    Type of lamps

    Philips Energy Saving Lamp

    Lifetime of lamps

    expected >6.000 hours

  • Norden, M.J. et al. Acta Psychiatr Scand, 1993; Gordijn, M. et al. Universiteit van Groningen, 2007