Brandon Medical Astralite HD-LED® Minor Surgical Lights

The Astralite HD-LED® retains all the unique features of the old Astralite Halogen such as the large movement range and anti-microbial technology moulded in the lamp head but uses the latest LED technology from Brandon Medical.

With an LED life of 40,000 hours and light intensity up to 50,000 Lux, this minor surgical light can be used for applications such as gynaecology, podiatry, chiropody and A&E.

The Astralite HD-LED® is available in ceiling, wall and mobile configurations.

Download the brochure for the Astramax HD-LED® Surgical Light

Astralite – HD-LED® technology in a Minor Surgical Light

High Definition LED is a breakthrough technology that changes the fundamental parameters of lighting.

The application of this advanced technology to Astralite minor surgical lights will prove invaluable to both the patient and practitioner’s experience.

Full Spectrum Colour Rendition

The only surgical lighting with near perfect colour rendition across the full visible spectrum. Natural white light picks out all the visible colours for your eyes so you can clearly see without eye strain.

• Easy to distinguish small differences in tissue
• All the colours are strong and vibrant
• Reduced eye strain by making the light do the work instead of the eye

Fat Beam Illumination

More light flux provides the biggest beams of light in the business, bigger illuminated fields and more light across the full width of the illuminated area.

• High light intensity across the full illuminated area for uniform vision
• Avoids visual distraction by reducing high contrast in the illuminated area
• Adjust the beam size to suit your working area to eliminate peripheral distraction

Red Balance Control

The highest R9 red colour rendition of any other product provides the optimum visualisation of red tissues. Red balance enhancement compensates for our natural weakness in distinguishing shades of red and is user adjustable to fine tune the light to match our own red vision and the surgical conditions.

• Enhanced visualisation of red tissues
• Improved differentiation between tissues of similar colour
• You can adjust the light colour to match your own optical colour response