RITE-LITE PRO MULTISPECTRAL/HI CRI SHADE LIGHT

Rite-Lite PRO Shade Matching Unit with HI-CRI LED’s which recreate the visual spectrum produced by natural sunlight. The Rite-Lite PRO Shade Matching Light is a device that incorporates diffused L.E.D. technology to simulate various lighting conditions to aid in the matching of teeth and all types of dental restorations. It is used by both dental professionals and dental ceramists.

Rite-Lite PRO offers three modes of light for shade taking:
1. Color-corrected light at a color temperature of 5500◦ Kelvin.
2. Incandescent – room light at 3200◦ Kelvin. This is found in many indoor environments
3. Ambient light at 3900◦ Kelvin. This is a combination of room light and daylight.

Rite-Lite PRO offers three levels of light intensity for better visualization.

Black Light setting for matching restorations to natural dentition fluorescence.

To Use:
Choose shade at 5500˚K. Verify the selected shade using 3200˚K (incandescence) and 3900˚K (ambient). Shade should match in all color temperatures.

The Rite-Lite PRO is powered by 24 L.E.D.’s (including black light LED’s), rechargeable battery and has a voltage regulator. A pad of 25 neutral color tabs is included and are used to standardize the background while shade taking. The light blinks on when the batteries get low as a reminder to replace them.

RESTORATION VIEWED WITH FLUORESCE MODE

Research shows that natural teeth fluoresce at wavelengths below 400 nm, i.e.- black light. Wavelengths below 400 nm are part of the spectrum of various indoor and outdoor lighting environments. Therefore, if we are to get a perfect shade match for porcelain or composite materials, they should fluorese in the same manner as natural teeth. The cell phone photos show the effect of this mismatch when viewed with the Rite-Lite PRO.

RITE-LITE PRO WITH POLARIZING FILTER

Feature:
Polarizing Filter Attachment

Benefit:
– Eliminates Reflection
– Provides enhanced visualization of tooth for color, depth and transparencies
– Enhances the visualization of internal details and individual characterization