Before choosing the ideal dental curing light for your practice, you must understand its purpose. You must have a good idea of what type of composite material you will be using so that you understand the technical requirements to consider during the selection process.

The more intensity a light can provide, the better, as it will give us more possibilities to polymerize composites at greater depths. In high-end lamps, it is interesting to achieve low intensities, as this will allow us to adapt to more needs of each clinical case or treatment.

This lamp gives us the widest possible wavelength range to suit the optimal wavelength for each composite material and the ability to be used with as many resins as possible. Although you know you're always using the same type of composite material, you can buy a lamp that you know will hit the wavelengths you want well, and you don't need it to have a very broad wavelength range.

Light with wavelengths less than 500 nanometers (also known as near-ultraviolet or blue light) has been shown to cumulatively damage the retina of the eye and reduce the ability of the macular area of the retina to provide sharp vision. This light may also be associated with the formation of cataracts.

The retina is located at the back of the eye and covers approximately 65% of the inner surface. Rods and cones are photoreceptor cells in the retina that convert light energy into signals that travel along the optic nerve to the brain. In age-related macular degeneration, the macula of the eye begins to become damaged and may cause blurry or dark areas in central vision. The macula is a small area in the retina that allows you to see detail clearly.

Today, almost all lights are wireless, which provides great working comfort. However, battery durability and charge duration must be considered when choosing a light. We have a variety of dental equipment for you to choose from, so you can choose the best one according to your needs.