2018 General Products

EQUIPMENT

™

(Patent Pending)

Photon induced composite heating

The heating technology of Phasor ™ significantly increases the flow characteristics of highly filled composites while helping to increase polymerization and improve depth of cure. Heat lowers the viscosity of composite material, ing it to better flow and adapt to cavity walls. t, voids are reduced, which then reduces the secondary caries. Heating composite material improves its physical and handling properties ithout modifying color or stability. Science Behind theHeat ll

Be • Creates

Viscosity -vs- Temperature for Highly Filled Composites

i

greater dept shorter curing tim • There is no adverse effect to pulp tissue or to composite material • Easier to place and manipulate composite material

25

™

Heating Range

20

i

li r

Flowable Composites (Compared at room temperature)

15

Flow Rate (mg/s) 10 5

Highly Filled Composites

0

68 ° F

86 ° F

104 ° F

122 ° F

140 ° F

160 ° F

Temperature Range

FEATURES

BENEFITS OF USING HEAT

PROOF

Dentsply SureFil SDR Flow®* Ivoclar Tetric Evoflow®* Heraeus Venus®* Dentsply THP3 Flow®** Flowables

3M Filtek Supreme Ultra ® * 3M Filtek Z250 ® * Dentsply Esthet X HD ® * Dentsply TPH3 ® * Highly Filled

Fill restorations faster by increasing the depth of cure and reducing curing time.

Depth of Cure

4 Burtscher 2005, 2 Munoz 2008

When heated, highly filled composites flow up to 10X better.

Flowability

3 Lucey 2010

Significantly higher monomer conversion values. Dramatic increase in polymerization rates.

Increased Polymerization

Depth of Cure

5 Trujillo 2003, 6 Daronch 2005

6.5 5.4 5.2 5

9 Choudhary 2011, 10 Wagner 2008, 8 Froes-Salgado 2010

Heating significantly reduces the chance of secondary caries.

Decreased Voids

™

Heating Range

Heating will NOT modify color or stability properties of composite material. Heating results in shorter curing times and enhances subsequent surface hardness.

Color + Stability

1 Mundim 2011

Depth (mm) 4.8 4.6

2 Munoz 2008, 3 Lucey 2010

Micro-Hardness

Heating makes it easier to place material and results in better adaptation to cavity walls.

4.4 4.2 4

Viscosity -vs- Temperature

3 Lucey 2010

Heating will NOT damage pulp tissue or cause discomfort. No other safety concerns.

7 Daronch 2007 11 Rueggeberg 2010

Heating Safety

212 ° F (100 ° C)

68 ° F (20 ° C)

Temperature

56

VISTA PRODUCTS ARE AVAILABLE THROUGH YOUR PREFERRED DEALER *AllsavingpercentagesarebasedonVista’squantitydiscountpricesandcompetitors’2017prices.