The SCHOTT EasyLED portfolio for stereo microscopy delivers precise LED light for a wide variety of applications, such as laboratory and diagnostics, industrial applications, education, or forensic science. The series offers robust design and easy handling in a compact device, with a range of accessories for specific requirements.

• Powerful luminance; Intense light output for specialised tasks
• Maintenance-free LED lifetime of 50000 hours
• Color temperature: approximately 5600 K
• Low power consumption; smart engineering leads to optimized energy use
• Compatible with all common OEMs
• Mounting adapter is available for all common microscope stands, making the EasyLED suitable for a wide range of systems
• Ergonomic design; Integrated controller enables simple and intuitive switching between illumination modes

Ring lights: The EasyLED Ring Light delivers highly homogeneous and shadow-free illumination in a tough metal housing and well designed heat sink. The EasyLED Ring Light Plus has the advantage of controllable segments to enable new contrasting methods, while the integrated 'jog dial' element provides simple and intuitive switching between illumination modes, as well as rotation of the segments in both directions.

Ringlight : flux lumineux maximal de 90 klx à une distance de travail libre (FWD) de 75 mm avec 45 LED haute luminosité, adaptation aisée sur divers objectifs pour microscopes (Ø de 66 mm/adaptateurs disponibles) et large plage de distances de travail (55 - 135 mm).

Transmitted light stage: With highly uniform backlight illumination (Ø 50 mm), easy retrofit to incident light bases (Ø 84 mm/adaptors available) and maximum luminance up to 12000 cd/m².

The Borofloat® glass protection window protects LEDs and microscope objective in oily and dusty environments.

The new SCHOTT® tubular diffuser for LED ring lights avoid interfering reflections when viewing the surfaces of non-transparent samples with incident light. Allows free access to the sample compared to dome lights and offers more diffuse light.