Marco individual Reflecta LED Light Pad A4 Superfino Negro 31x21 cm

The Reflecta LED Light Pad A4 Super Slim is a slim, portable light panel designed for viewing framed small-picture slides and other film materials. It provides an illuminated area of 310 x 210 mm, large enough to display up to 24 framed small-picture slides at once. The panel uses an even LED backlight with dimming capability and a long lifespan, and its compact dimensions and low weight make it easy to transport and store.

Advantages

The LED illumination ensures uniform light distribution across the viewing area so slide borders and fine details are clearly visible. Dimmable LEDs allow brightness adjustment to suit different film densities and viewing conditions. The panel’s extremely slim profile (8 mm) and light weight (approx. 900 g) make it convenient for mobile or constrained workspaces and for storage when not in use.

Suitable for

• Viewing framed small-picture slides and positives
• Inspecting photographic film and negatives
• Archival sheet review in DIN A4 format
• Hobby and semi‑professional photographic work requiring a compact light source

Key specifications

• Illuminated area: 310 x 210 mm
• Suitable for up to 24 framed small-picture slides simultaneously
• LED backlight with dimming function
• LED lifetime: approx. 50,000 hours
• Thickness: 8 mm
• Weight: approx. 900 g
• Color: black

How to use

Place the Reflecta LED Light Pad on a flat surface and lay your slides or film strips on the illuminated area. Switch on the LED backlight and adjust the brightness using the dimming control until film details and borders are clearly visible. For reviewing several slides at once, arrange up to 24 framed small-picture slides within the 310 x 210 mm light area or use standard DIN A4 archive sheets that hold the slides.

Recommendations

For optimal viewing, work in a dim or neutral-lit room and adjust the pad brightness to avoid glare. Store the panel flat or upright in a dry place when not in use to protect the thin profile and the LED surface.