This review thoroughly accumulated information regarding new technologies for state-of-the-
art light curing of resin composite materials. Visible light cured resin-based composites allow …

Photopolymerization is a widely explored technology that has recently been recognized to
have also great potentialities in the biomedical field. This paper aims to provide a general …

summary The purpose of this study was to determine the effectiveness of polymerization in
the newly introduced blue light emitting diode (LED)(Experimental, SNU, Korea), and …

This study compares commercially available light‐emitting diode (LED) lights with a quartz
tungsten halogen (QTH) unit for photo‐activating resin‐based composites (RBC). Shrinkage …

Objectives. This study examined the depth of cure and surface microhardness of Filtek Z250
composite resin (3M-Espe)(shades B1, A3, and C4) when cured with three commercially …

The objective of this study was to evaluate the degree of conversion and temperature rise in
three different composite materials when illuminated by an experimental light source [blue …

Enhanced dental care and growing interest in caries-free teeth have changed the
prevalence and disease pattern of caries. Patients are living longer and retaining more of …

Objective. To investigate the subsurface degree of conversion (DC) and shrinkage force
formation of low-viscosity (flowable) bulk-fill composite materials. Materials and methods …

Objective To test the hypothesis that a prototype LED light curing unit,(LCU), a commercial
LED LCU and a halogen LCU achieve similar cure depths, using two shades of a …

S ommaire Comme la profession dentaire utilise de plus en plus de matériaux de
restauration photopolymérisables, la recherche dans les sources de lumière qui font s' …