Demetron L.E.D. and Halogen Radiometers FAQs
Why Use a Radiometer?
Many factors can adversely affect the intensity and curing ability of LED and/or halogen curing lights. Knowing the exact output of your light can assure you are curing materials thoroughly.
Frequently Asked Questions
 Does the output of your LED curing light degrade as the battery is drained? Battery degradation must be monitored to ensure quality depth of cure. If you want a 10-second cure,
you'll need to monitor frequently.
Do you know when you last changed your Halogen bulb? The number of hours a bulb has been in use should be recorded to assure the output doesn't decline.
Does your unit have a fan? If not, diodes will heat up over time and degrade output, causing loss of intensity.
Is your light guide autoclavable? This feature is beneficial for hygiene, but residue and etched-in mineral deposits from repeated
autoclavings can cause degradation.*
Is there composite on your light guide? If so, you may not be getting the intensity of light needed for a complete cure.
Has your L.E.D. been dropped lately? Accidental rough handling can seriously damage light intensity.
Use our unique Optics Maintenance Kit every 50 autoclave cycles to keep your light guide sparkling
The Demetron L.E.D. Radiometer With Features You Can Depend on...
- Immediate Readout. Gives the reading instantly. No "ramp-up" time needed.
- No Batteries Required. Powered solely by the light source.
- Calibrated for All L.E.D. Curing Lights. Accurately gives readings from 0 to 2,000 mW/cm2 for all L.E.D. curing units.
- Fits Most Light Guides. Accommodates all sizes from 7-13 mm.
- Stylish, Handheld Unit. Easy to carry from one operatory to
another. And the non-slip rubberized backings keep the unit from
sliding around on a tray.
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