biomat practices elments

Type :

Uses :

Handling =

Working time :

Setting time :

Fusion temp :

Composition :

 

Type : pink modelling all seasons wax

Uses : bite records

Horse shoe bites

Handling =

Soften in hot water

fold it 3times

do a horse shoe shape

put in the mouth and close it

Working time : 20sec

Setting time : 10 sec

Fusion temp : 60C

Composition : natural wax 

Type :

Uses :

Handling =

Composition :

Type : moyco wax

Uses : lateral bite records

occlusal rims

Handling = same as pink modelling

Occlusal RIM : placed over the truwax baseplate

Composition : natural wax

Type :

Uses :

Handling =

Composition :

Type : modelling compound -> truwax

Uses : base plate for individual tray

Base for godiva

Handling = put in hot water

Adapt it to the cast

cut excess with scissors  

Composition : thermoplastic materials

Lubricant

Plasticizers

filling material

Type :

Uses :

Handling :

Composition :

Type :modelling compound ->  godiva type I

Uses : printing for edentulous people or border modeling of custom trays

Handling : soften in hot water

put on the baseplate or on the edges depending what you are doing

Composition : thermoplastic material lubricant plasticizers filling material

Type :

Uses :

Handling =

Mixing time :

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Composition :

Type : irreversible hydrocolloid impression material alginate

Uses : study casts / orthodontis cast

Partial or full impression

Handling = ratio 1:1

powder then water

mix against the walls

alginate bowl/spatula

Mixing time : 60/45

Working time :3/1.5

Setting time : 2.5-4/1-2

Composition : sodium/potassium salt from algenic acid

Gypsum

Trisodium phosphate

Inert filler material

Reaction indicators

Type :

Uses :

Handling =

Mixing time :

Working time :

 Initial Setting time :
final ST :

Composition :

Type : gypsum paris plaster type II

Uses : study cast + orthodontics cast

Handling = water then powder

mix with spatula

Mixing time : 1-2mins

Working time : 5min

 Initial Setting time : 3-5 min
final ST : 10-20 min

Composition :

Calcium sulfate dihydrate

Type :

Uses :

Handling =

Mixing time :

Working time :

Initial Setting time :

Final ST

Composition :

Type : dental stone type IV

Uses : working casts

investments

Handling = water then powder

mix it

Mixing time : 60sec

Working time : 6-7min

Initial Setting time : 5-6min

Final ST 25-30min

Composition :

Calcium sulfate dihydrate

Type :

Uses :

Handling =

Working time :

Initial ST :

Setting time :

Composition :

Type : non adhesive cement zinc phosphate

Uses : permenant cementation of crowns and bridge

Cavity lining for amalgam filling

Temporary filling

Handling = 3.5 :1 -> cavity linner more viscous

>3.5:1 -> cementation more liquid

Small parts of powder added to the liquid on a dry and cool glass slab with cement spatula

Working time : 30 sec

Initiral ST : 4-7 min

Setting time : 2min30

Composition :

Powder : 90% zinc oxide/10%metallic oxide Liquid : Phosphoric acid 50-60% in aqueous solution

Type :

Uses :

Handling

Setting time :

Composition :

Type : NON A CEMENT -> zinc oxide

Uses : temporary cementation

Temporary filling

Cavity lining under amalgam only (not composite because eugenol)

Handling = same length of 2 pastes on a paper pad

Setting time : 7min

Composition :

Zinc oxide + catalyst (if without eugenol)

Type :

Uses :

Handling :

Mixing time :

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Composition :

Type : NON A CEMENT pure calcium hyroxide

Uses : root canal medication

Direct pulp capping

Handling : mix it with distilled water on a glass slab with cement spatula

Mixing time : approx. 2min

Setting time :  2-3min

Composition :

Powder : calcium hydroxide

Type :

Uses :

Handling =

Working time :

Setting time :

Composition :

Type : NON A CEMENT -> 2 pastes of calcium hydroxide

Uses : indirect pulp capping

Temporary cementation

Handling = put same length of 2 pastes on a paper pad

Mix it with cement spatula

Working time : 30sec

Setting time : 2-3min

Composition : base : glycol silicate, titanium dioxide, calcium sulphate, calcium tungstate

Catalyst : calcium hydroxide, zinc oxide, ethylene toluene sulfonamide, zinc stearate

 

Type :

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Handling  :

Setting time :

Composition :

Type : NON A CEMENT -> ZOE -> zinc oxide eugenol

Uses : temporary cementation

Temporary fillings

Cavity liner only under amalgam (not composite)

Handling  : mix the powder with distilled water on a glass slab

Setting time : 5min

Composition : powder : zinc oxide, zinc acetate

Liquid: eugenol, olive oil, hydrogenated resin

Type :

Uses :

Handling =

Mixing time :

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Composition :

Type : A CEMENT -> glass ionomer cement

Uses : filling temporary teeth

cementation

Handling = activate capsule

Place it in vibrator for 10 sec

Put it on applicator

Place material on tooth

Mixing time : 10 sec on vibrator

Working time : 1;30 min

Setting time : 7 min self curing

Composition : fluoro-aluminosilicate + polyacrylic acid glass

Type :

Uses :

Handling =

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Composition :

Type : A CEMENT -> metal reinforced glass ionomer cement

Uses : posterior teeth filling because not aesthetic

Handling = activate capsule

Place it in vibrator for 10 sec

Put it on applicator

Place material on tooth

Mixing time : 10 sec on vibrator

Working time : 1,30 min

Setting time : 5,30 min

Composition : sodium alumino silicate + silver glass

Type :

Uses :

Handling =

Mixing time :

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Composition :

Type : A CEMENT -> glass ionomer cement

Uses : permanent cementation

Handling = 4 spoons of powder + 1 drop of liquid

Mix it on glass slab with cement spatula

Mixing time : 10sec

Working time : 3min

Setting time : 7min

Composition :

Fluoro aluminosilicate glass + polyacrylic acid

Type :

Uses :

Handling =

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Composition :

Type : A CEMENT -> resin modified glass ionomer cement

Uses : definitive cementation of ceramic crown + bridges + ON/IN/OVERLAYS  

Handling = put flowable resin on tooth or restoration where we previously put etching

Mixing time : 10 sec

Working time : 2min

Setting time : 4-5min (self-polymerization)

Composition : resin matrix + silane treated, inorganic filler

Type :

Uses :

Handling =

Setting time :

Composition :

Type : A CEMENT -> resin modified glass ionomer cement

Uses : indirect cavity liner close to the pulp

Handling =put 1 click on the mixing pad

Equal quantity of both materials

mix with a spatula

Setting time : 20sec photopolymerization

Composition : light cure glass ionomer + polyatheroid acid

Type :

Uses :

Type : glass ionomer cement protector

Uses : class I/II -> temporary teeth

Class III/IV -> permanent restorations

Type :

Uses :

Handling =

Mixing time :

Setting time :

Type : A CEMENT -> only resin based cement

Uses : permanent cementation of glass ceramics

Composite restorations (inlay/onlays/overlays)

Handling = 1:1 base:catalyst

Mix on a paper pad

Mixing time : 20-30sec

Setting time :base only -> 1min (20sec photopolymerization)

base+catalyst -> 9min

Type :

Uses :

Handling =

Mixing time :

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Composition :

Type : A CEMENT -> polycarboxylate acid based cement

Uses : crown cementation

Cavity liner

Handling = 1 drop of liauid 1dose of powder

Mix it on a glass slab with a cement spatula

Mixing time : 45 sec

Working time : 3min

Setting time : 10min

Composition : powder -> zinc oxide + liquid -> polyacrylic

Type :

Uses :

Handling =

Mixing time :

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Type : A CEMENT -> resin modified glass ionomer cement

Uses : direct filling

Temporary teeth

Cervical restorations

Handling = activate capsule

Place it in vibrator for 10 sec

Put it on applicator

Place material on tooth

Mixing time : 10 sec on vibrator

Working time : 30sec

Setting time : 1min

Type :

Uses :

Handling =

Setting time :

Type : A CEMENT -> Equia Forte coat

Uses : protect, seal anf strenghthe the restauration surface `

Placed above equia forte to protect restoration

Handling =place on the restoration and photopolymerize 20 sec

Setting time : 20 sec photopolymerize

Type :

Uses :

Handling =

Composition :

Type : ACId etching

Uses : create mechanical microretention

Handling = fill in small clinical syringe with metallic tip and pour it over teeth

Composition : orthophosphoric acid 37%

Type :

Uses :

Handling =

Setting time :

Composition :

Type : total etch adhesive -> need previous etching

Uses : creates adhesion between tooth structure (enamel/dentin) and composite resin

Handling =brush on surface for 10 sec,

Dry, photopolymerize 20secs

Setting time : 10-20sec photopolymerization

Composition : DI/TRimethacrylate

Silane Adhesive

Type :

Uses :

Handling =

Working time :

Setting time :

Composition

Type : universal adhesive

Uses : creation of adhesion between tooth structure (enamel/dentin) and composite resin

Handling = no need of etching acid before

Apply with a brush on the surface for 10 secs, dry, photopolymerize 20 secs

Working time : 10 sec

Setting time : 20 sec photopolymerize

Composition : siliane + monomer MOP

Type :

Uses :

Handling =

Working time :

Setting time :

Composition :

Type : total adhesive with fluoride

Uses : creation of adhesion between filler material and tooth

Direct restaurations

Indirect restaurations

Handling =

Brush on surface 10 seconds, dry, photo polymerize 20 secs (or not -> dual curing -> light + self curing)

Working time : 10 sec

Setting time : 20sec

Composition :

Resin monomer

Type :

Handling =

Working time :

Setting time :

Composition :

Type : self etching (universal)

Uses : adhesion of direct and indirect restorations

Handling = don’t need previous etching

Brush the surface for 20 sec

Working time : 20 sec

Setting time : 20 sec photopolymerize

Composition :

Acidic resin monomer

Silane

Type :

Uses :

Type : adhesive pen (universal)

Uses : need etching

Type :

Uses :

Handling =

Setting time :

Composition :

Type : conventional composite

Uses : cavity filling for large restorations in post teeth with direct occlusion

Handling = apply on cavity with cement spatula

Setting time : 20-40sec photopolymerize

Composition : organic matrix

Dimetacrylate

Inorganic fillings

Activators

Inhibitors

Type :

Uses :

Handling =

Setting time :

Type : composite flowable

Uses : small fillings without direct occlusion

Base of more viscous composites

Pit and fissure sealant

Handling = apply on cavity

Setting time : photopolymerize 20-40sec

Type :

Uses :

Handling =

Setting time :

Type : conventional composite (compules)

Uses : restorations : macro/microfiller or hibrid

Not Esthetic but resistant

Handling = with a gun

Setting time : photopolymerize 20-40 sec

Type :

Uses :

Handling =

Setting time:

Type : flowable composite (compules)

Uses : hibrid + microfiller

more esthetic less resistant

Handling = with a gun

Setting time: photopolymerize 20-40sec

Type :

Uses :

Handling =

Mixing time :

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Composition :

Type : PERMLASTIC -> polysulfide

Uses : impression for removable prothesis in customized trays

Impression edentulous people

Handling = ratio 1:1

Equal legnth of both pastes on a paper

Mix it with polysulfide spatula until homogenous

Mixing time : 45-60sec

Working time : 5-7min

Setting time : 10min

Composition : base : polysulfide prepolymer with thiol + innert filler

Catalyst : lead dioxide diethyl phthalate

Filler

Sulfur

Type :

Handling :

Setting time :

Type : adhesive for polysulfide

Handling = place it on the base plate or tray to make the polysqulfide stick to it

Setting time : 5MIN

Type :

Uses :  

Handling

Mixing time :

Working time :

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Type : addition silicone putty base (base catalyst)

Uses :  fixed prosthesis

Bite registration

Handling = mix 2 balls of same amount of 2 pastes  with bare hands or nitril gloves until homogenous

Mixing time : 30sec

Working time : 2min30

Setting time : 3-5min

Type :

Uses :

Handling =

Working time :

Setting time :

Type : addition silicone light viscosity

Uses : fixed prostheisis

Bite registration

Handling = ratio 1:1

Gun zith 2 tubes of same amounts we put directly the mixture on the tooth (mechanical)

Working time : 2min

Setting time : 3-5min

Type :

Uses :

Handling =

Working time :

Setting time :

Type : addition silicone (regular viscosity)

Uses : fixed prosthesis

Bite registration

Handling =ratio 1:1

Gun with 2 tubes

We put it on the putty base (heavy viscosity)

Working time : 2min

Setting time : 3-5min

Type :

Uses :

Handling =

Mixing time :

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Composition :

Type : permadyne polyether (light vonsistency)

Uses : impressions on implant

Handling =

Same length both pastes

Base & catalyst

Mix on a apeper pad with polyether spatula

Mixing time : 45-60sec

Working time :2-3min

Setting time : 5min30

Composition : base : branched prepolymer chains + colloidal silica

Catalyst : cross linked agents

Type :

Uses :

Handling =

Mixing time :

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Type : permadyne polyether (heavy body consistency)

Uses : impressions on implants

Handling = same length of both pastes

Base catalyst

Mix it on a paper pad with polyether spatula

Mixing time : 45-60sec

Working time : 2-3min

Setting time : 5min30

Composition : base : branched prepolymer chains + colloidal silica

Catalyst : cross linked agent

Type :

Uses :

Handling =

Setting time :

Composition :

Type : light cure resins

Uses : customized trays

Future impression with polysulfide

Handling =

Put the resin on the model

Shape it

Cut the excess

With the leftover resin make a handle and polymerize

Setting time : 10 min (oven)

Composition : acrylic resins

Type :

Uses :

Handling =

Mixing time :

Setting time :

Composition :

Type : self curing

Uses : individual tray

Handling = 1 liquid : 4 powder

Mix with a spatula until it’s homogenous

Place it on the model with hands and model

Mixing time : 30-40sec

Setting time : 8min

Composition : PMMA powder + MMA liquid

Type :

Uses :

Handling =

Composition :

Type : tissue conditioner

Uses : protect oral mucosa after surgical treatment

Handling = mix liquid and powder using the manufacturer measuring cups to obtain homogenous paste

Composition : polyethyl metacrylate + ethanol