Origins Living Edison Led Illuminated Round Mirror 60 600mm

Product Description:

Origins Living is renowned for crafting high-quality, designer home accessories, and the Origins Living Edison LED Illuminated Round Mirror 60 600mm is a fine example of their expertise. This premium mirror features a stunning, contemporary appearance with a perfectly round reflective surface. Gentle LED backlighting creates a halo effect, beautifully diffusing soft light around the edge, which highlights the sleek, modern frame. When installed, the mirror adds a sense of spaciousness and luxury to any bathroom setting.

The Origins Living Edison LED Illuminated Round Mirror 60 600mm is designed to elevate your bathroom experience with both functionality and style. Thanks to integrated ambient lighting, you can easily create your preferred mood, from a cosy warm white glow to a crisp, cool white effect. The mirror’s minimalist design and opaque finish ensure it complements modern interiors, while serving as a striking visual focal point.

• Triple white lighting options—enjoy adjustable colour temperatures (warm white, natural white, or cool white) for perfect bathroom lighting at any time of day
• Built-in demister pad—ensures a clear, steam-free reflection, even after the hottest showers
• Simple, front-mounted touch on/off control—switch lighting on or off with ease
• IP44 rated—safe and suitable for installation in bathrooms
• Versatile orientation—choose either portrait or landscape fitting to suit your space
• Comes with a reassuring five-year guarantee for long-lasting performance

Bring style and practicality together with this illuminated mirror from Origins Living. The round shape and white surround lend a sophisticated look to your bathing space, while the advanced LED backlighting is perfect for daily grooming tasks or creating a spa-like ambience. Whether you seek a talking point for a contemporary bathroom or require bright, clear lighting, the Origins Living Edison LED Illuminated Round Mirror 60 600mm delivers exceptional design and performance in equal measure.