SafeLoupe Laser Filter

DentLight Inc. · source

Laser safety made comfortable, convenient, and customized. SafeLoupe blocks out dangerous wavelengths without interfering with your personal space. The filter is designed to be worn over loupes, making it easy to use during procedures.

Available for ALL Loupes

Customized fitting available for all major loupe brands. Our design allows you to snap on your filter tightly to the ocular for any type of loupes, including ergo loupes.

SafeLoupe provides an alternative for doctors that have been unsatisfied with the discomforts of clip-in adapters. No more fogging, discomfort, or cross contamination from struggling to get clip-in filters to comfortably work. SafeLoupe flawlessly integrates with practice workflow so that laser protection is easy and safe.

Technical Specifications

Loupe Compatibility

Fits all major loupes. Each adapter is custom-designed for your specific loupe. If you have a specialty or uncommon loupe, just send us a photo and we'll take care of the rest.

Laser Wavelength Coverage

Standard: 810, 940, 980, 1064, 2780, 2940nm

Custom: 445 (blue), 9300-10600nm (CO2)

Optical Density (OD) Attenuation

Wavelength (nm) Optical Density (OD)
445 OD4
810 OD5
940 OD5
980 OD5
1064 OD7+
2780 OD7+
2940 OD5+

What's Included?

SafeLoupe Laser Filter Kit includes: Two optical ocular filters with custom loupe adapters, one extra-ocular shield, Instructions for Use, and 2-year warranty.

Product Information

ManufacturerDentLight Inc.
ContentTwo optical ocular filters with custom loupe adapters, one extra-ocular shield, Instructions for Use, and 2-year warranty
Loupe CompatibilityFits all major loupes. Each adapter is custom-designed for your specific loupe.
Optical Density 445nmOD4
Optical Density 810nmOD5
Optical Density 940nmOD5
Optical Density 980nmOD5
Optical Density 1064nmOD7+
Optical Density 2780nmOD7+
Optical Density 2940nmOD5+
Laser Wavelength Coverage (custom)445 (blue), 9300-10600nm (CO2)
Laser Wavelength Coverage (standard)810, 940, 980, 1064, 2780, 2940nm