Description of system options
Instructions for Use
Detection of caries/plaque/calculus (all appear red in Fluorescence Mode)
Visual identification of carious lesion enables uninterrupted workflow of excavation.
(1)
Infected tooth with carious
lesion (red)
(2) Continuously controlled
excavation
(3) Excavated cavity
Composite detection
For most dental composite resins, the contrast between composite and healthy tooth are greater in
Fluorescence Mode than in white light mode (
Dental Materials Journal 2015; 34(6): 754–765,
Photodiagnosis and Photodynamic Therapy 13 (2016) 114–119
). This contrast enhancement leads to a
more reliable identification of tooth-colored composite resins (
Clin Oral Invest (2017) 21:347- 355
).
Composite resin under White Light Mode
Composite resin under Fluorescence Mode
5.2.2
Orange Color Mode and TrueLight Mode
Both Orange Color Mode and TrueLight Mode fall in the category of Delay Curing Mode which prevents
the premature polymerization of widely used contemporary light curing composite resins during the
modeling process under the microscope.
In contrast to the Orange Color Mode, the TrueLight Mode allows you to identify relevant dental tissues
in a more natural, white-light setting. For most common composite resins with typical
camphorquinone-amine based photoinitiating systems, the TrueLight Mode extends the working time
by a factor of 2 compared to the White Light Mode.
White Light Mode
Orange Color Mode
TrueLight Mode
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