15
•
The etched surface must not be touched or con-
taminated with saliva or moisture until the treat-
ment resumes. If contamination occurs after drying,
re-etch for approx. 10 sand repeat drying with
Icon-Dry.
•
For best treatment results a sufficiently dry working
area is critical. Therefore, appropriate measures for
acomplete isolation must be taken. Do not use
rubber dams made from thermoplastic elastomers
such as Flexi-Dam (Coltène Whaledent/Hygenic).
• Discard syringes after use.
• On superficially remineralized, mostly older white
spots, the pseudo-intact surface layer may be fairly
thick. In this case, a2 minute etching step to remove
the surface layer may not be sufficient and etching
and rinsing may have to be repeated. The teeth are
then dried with Icon-Dry and infiltrated.
Proximal surface treatment
•
The syringes included in the treatment unit contain
sufficient material for treating two proximal lesions.
•
Additional proximal surfaces can be treated consec-
utively during one visit.
Smooth surface treatment
•
The syringes included in the treatment unit contain
sufficient material for treating two to three smooth
surface lesions.
▸
Limit the application to the surface to be treated.
Avoid contact of the etching gel with the gingiva
and adjacent teeth.
▸
Use only the syringe and application tip provided to
apply the etching gel in the patient’s mouth.
▸
Discard the application tip after use and cap the syringe.
Caution! Avoid contact of Icon-Infiltrant and Icon-Dry
with eyes and skin.
▸
In case of eye contact, rinse with copious amounts of
water, and, if necessary, consult aphysician.
▸ In case of skin contact, wash the areas thoroughly
with water and soap.
Caution! Improper use or incorrect application of Icon-
Etch may cause pain in patients.
▸
Use Icon-Etch on enamel surfaces only. Do not apply
onto exposed dentine or root cementum.
Please note
• Light-curing units should have an output of 450nm
and should be checked regularly.
• The light intensity should be at least 800mW/cm
2
.
•
Place the light unit as close to the material as
possible.