3M ESPE Clinpro - Post-it

3M ESPE Clinpro™ Product Family Chart
ClinproTM
RelyX
Cement
Usage
by Indication
Indications Products – Product
Product
type
Key advantages
TM
Treat
Maintain
Product name
TM
TM
• Contains
the unique fTCPRelyX
technology using Calcium, Phosphate andRelyX
importantly Fluoride
Take
Home
RelyX
RelyX
Temporary
Adhesive
fTCP enhances remineralisation
by delivering more fluoride to the ARC
tooth surface
• 0.21%
w/w (950ppm) Sodium
Luting
2 Cement
Veneer•Cement
Resin Cement
• fTCP activates on brushingCement
– not in the tube
fluoride Anti-cavity paste
Contain
• Dentrifice delivery offering a simple 1 step regimen significantly
• Contains a functionalised
Tri-Calcius
increasing patient compliance
Tri-Calcium Phosphate (fTCP)
For luting of indirect
Phospha m
te
• Gentle & effective temporary
cleaning
Full mouth
-– Inlays/Onlays
●
●
restorations
■
l
l
Available in Vanilla mint & NEW Spearmint Flavour
• Available in 2 flavours – Vanilla Mint & spearmint
-–Sitespecific
Crowns
●
●
(inlays, onlays, crowns
■
l
l
- Bridges
●
●
and bridges).
■
• Broad spectrum application that sets rapidly in the presence of saliva
• Application results in immediate occlusion
of dentine
In-Office/Professional
Varnish
with Posts
TCP
ClinproTM WhitePretecton
- Endodontic
●
●
●
duration
• Contains the unique fTCP technology involving Calcium, Phosphate & importantly Fluoride
tubules
• High concentration fluoride
-–Longterm(12monthsorlonger)
Maryland Bridge
NI
NI
●
l
l
• Offers immediate cessation of hypersensitivity
• Treatment of hypersensitivity
varnish (22,600ppm Sodium
-–Mediumterm(6-12months)
Orthodontic Appliances
NI when absorbed into
●
NI
•
Unit
dose
delivery
ensuring
consistency
&
reliability
of
contents
• Fluoride enhances remineralisation
Fluoride)
l
Contain
• Unique dosage guide for both primary & permanent dentition
crystalline tooth structure
• Contains a functionalised
–Shortterm(0-6months)
Tri-Calcius
1
l & low viscosity allowing
Porcelain/Ceramic
• More aesthetic white colour
• Fluoride can arrest initial signs
Tri-Calcium Phosphate (fTCP)
Phospha m
te
improved delivery to interproximal surfaces
of cavitation
- Crowns
●
NI
●
•
2
year
shelf
life
•
Full
Mouth
Fluoride
Application
- Bridges type
●
NI
●
Product
RelyXTMtm
Unicem
• Caries prevention clInPro
tooth
Self-Adhesive
Universal
• Aids in the remineralisation of tooth surfaces
crÈme
(surface & sub-surface) Resin Cement
• Aids in the reversal of white spot lesions
Fluoride application
• Helps to reduce root surface caries
Metal/PFM
-– Inlays/Onlays
Take home
●
l
• Immediate cessation of site specific
NI sensitivity
• Site-specific protective coating for:
– Light cured
– newly erupted dentition & other at risk tooth surfaces
All-zirconia
– non-cavitated lesions
– Self curedor All-alumina
tooth surfaces around orthodontic brackets
Strengthened Core –Ceramic
– post
TM
® scale & clean sensitive surfaces
Fluoride
concentration
i.e., Lava or Procera
– root surface caries
Low
-– Crowns
●
• Protects exposed root surfaces l
• Creates barrier against demineralisation
& acid erosion
Medium
-– Bridges
●
NI
In-Office/Professional
NI
• Resin modified GIC
l
• Varnish type coating
• Contains a remineralisation
calcium salt – Calcium
Glycerophosphate
●
●
– High
Composite/Reinforced
• Pit and fissure sealant for primary and permanent
dentition
Polymer
Crowns
●
Indication
Protect
ClinproTM Sealant– Fluoride2recharge
l
ClinproTM Prophy Paste
• To be used for cleaning & polishing procedures as part
of a professionally administered prophylaxis treatment
3M
ESPE
3M
Australia
PtyDental
Limited Products
3M
Health
3M
ESPE
Dental Care
DivisionGroup ABN. 90 000 100 096
950
Highway
950Pacific
Pacific
Highway Pymble,
Pymble
NSW NSW
20732073
Australia
ABN:
90 000
100363
096454
Hotline
1300
www.3mespe.com
Copyright
3M Australia Pty Limited
3M ESPE Dental Products
3M Health Care Group
250 Archers Road Glenfield,
Auckland New Zealand
Phone: 0800 200 710
www.3mespe.com
1. Rusin et al., Dentin Permeability of a New Protective Coating Material. J. Dent. Res. 87 (Spec Iss A): #1041, 2008.
l
l
1
●
• Site specific light cured RMGIC that creates a temporary barrier against demineralisation
& acid
●
NI
erosion
l
• Offers up to 6 months protection & can help repair demineralised enamel adjacent
to XT coating by up to 2mm
l
• Delivers fluoride, calcium and phosphate and can be readily recharged using a fluoride toothpaste
(e.g: Clinpro Tooth Crème)
• Can reduce dentine permeability by up to 88%1
l benefits
●
• Easy to mix, easy to apply and cures almost clear offering immediate aesthetic
●
l
Unique colour change technology making it easier to apply and verify
Light cured, low viscosity resin sealant for easy flow
Direct application via ultra-fine syringe tip
●
Fluoride releasing
●
l application
Convenient delivery for easy
l
Porcelain/Ceramic not having all-alumina cores.n
These include conventional feldspathic porcelains, pressable
and
In-Office/Professional
l
• Light-cure, low viscosity,
fluoride
releasing, resin-pit
NI
and fissure sealant
NI
l
-– Inlays/Onlays
●
Teens/adults wearing ortho braces
l
– Young kids with newly erupted molars
● Recommended product. Designed speci•cally for stated application. l
recommendation
where patients
the preparation has left minimal tooth structure and added retention is required.
–Secondary
Medium/high
risk caries
l
NI Not recommended or indicated.
– Elders with dry mouth syndrome
l
■
Maintain
TM
RESTORATION
TYPE
Product tyPe
-– Veneerss
ClinproTM XT Varnish
In Practice
Protect
TM
ClinproTM Tooth Crème
•
•
•
•
•
castable ceramics. Examples of these types are Vitadur Alpha, Finesse,TM Ceramco II, IPS Empress,TM IPS EmpressTM 2,
l
l
In-Ceram Spinell, OPC, etc.
2
Composite/Reinforced Polymer. Examples of these types are belleGlassTM HP, TargisTM/Vectris,TM Artglass,TM Concept,
Sculpture/FibreKore, etc.
In-Office/Professional
• Prophy Paste containing
unique Perlite particles
• Integrated abrasion
variability (IAV)
• Contains fluoride ion
concentration of 1.23%
• The unique “Perlite”
particle in Clinpro
Prophy Paste basically disintegrates / converts its coarse
l Recommended
product
grains to fine grains
(IAV) and results in the cleaning paste changing into a polishing paste.
n Secondary recommendation
• Offers excellent stain removal with less abrasion to the enamel & dentine.
NI Not recommended or indicated
• Offers less gloss reduction of existing composite restorations
• Excellent for the “Selective Polishing” technique
• Stocking various3M,
gritESPE,
pastesRelyX
is noand
longer
necessary
Lava are trademarks of 3M or 3M ESPE AG. Procera is a
• Neutral pH valuetrademark of Nobel Biocare. Finesse is a trademark of Dentsply Ceramco. Empress,
• Unit dose cup packaging
Targis and Vectris are trademarks of Ivoclar Vivadent, Inc. belleGlass is a trademark
of KerrLab.
Artglass
is a trademark of Heraeus Kulzer, Inc. 3M850 ED 11/08
• Available in 2 flavours
– Mint
and Bubblegum
throughout the shelf life of the TCP ingredient.
As illustrated (Fig. 1), when a product with TCP is applied to the
teeth, saliva breaks down this protective coating to make fluoride,
calcium and phosphate readily available to the tooth surface in
parallel with fluoride ions.
• More likely to remain on the tooth due to lower solubility
• Closer to hydroxyapatite in solubility
2
Ease
at pH 7.0
Ease of solubility
at of
pHsolubility
7.0*
A new approach:
Tri-Calcium Phosphate (TCP)
A new Phosphates:
approach:
Calcium
Structures,
Composition,
Solubility and(TCP)
Stability2
Tri-Calcium
Phosphate
Calcium Phosphates:
“Smart calcium phosphate” releases calcium and
phosphate on the teeth, not in the formulation.
Saliva
Tung, M.S., et. al.
“Smart calcium phosphate” releases calcium and
The phosphate
lower solubility
TCPteeth,
helps sustain
and calcium
onofthe
not influoride
the formulation.
Tung, M.S., et. al.
Because beta-TCP (ßTCP) is less soluble than other calcium
The
lower solubility
of TCP
sustain
calcium
phosphate
ingredients
at helps
a neutral
pH, fluoride
it’s less and
likely
to be
release,
andfrom
improves
resistance
toItthe
dissolved
the tooth
surface.
willdemineralizing
remain on the effect
tooth toof
acid
on teeth.
combine
with fluoride to create calcium fluoride, relatively insoluble
A new approach:
Tri-Calcium Phosphate (TCP)
If fluoride interacts with calcium in such a way that could render
both the fluoride and calcium inactive, then wouldn’t it make sense
to “protect” the calcium from the fluoride until they are applied to
the teeth? That’s exactly the idea behind TCP.
Tri-Calcium Phosphate (TCP) is an innovative calcium-based
additive exclusively from 3M ESPE that allows calcium, phosphate
and fluoride to co-exist in an aqueous solution.
calcium phosphate hybrid is formed. This hybrid results
in a protective coating that ensures that the calcium oxides
are protected from the undesirable interactions with fluoride
throughout the shelf life of the TCP ingredient.
Calcium Phosphates:
release, and improves resistance to the demineralizing effect of
If fluoride interacts with calcium in such a way that could render
acid on teeth.
both the fluoride and calcium inactive, then wouldn’t it make sense
to “protect”
the calcium
from when
the fluoride
until
they are
applied to
Calcium,
phosphate
and fluoride,
present
in saliva,
form
1
the teeth?
That’sonexactly
themineral
idea behind
TCP.in teeth. The
a protective
veneer
existing
crystals
If fluoride interacts with calcium in such a way that could render
both the fluoride and calcium inactive, then wouldn’t it make sense
As illustrated (Fig. 1), when a product with TCP is applied to the
teeth, saliva
down this
coating
to make
tobreaks
“protect”
theprotective
calcium
from
thefluoride,
fluoride until they are applied to
calcium and phosphate readily available to the tooth surface in
parallel with
ions.That’s exactly the idea behind TCP.
thefluoride
teeth?
globules that can help to occlude dentinal tubules and
2 prevent
Calcium, phosphate and fluoride, when present in saliva,
form
hypersensitivity.
a protective veneer on existing mineral crystals in teeth.1 The
fluoride combines with the calcium to form relatively insoluble
“calcium fluoride globules” on the tooth surface—resulting in a
sustained release of fluoride and calcium. On a chemical level,
fluoride replaces hydroxyl groups in hydroxyapatite of tooth mineral,
forming fluorapatite, a less soluble structure that is more resistant
to the effect of acid on the tooth.
Structures, Composition, Solubility and Stability
fluoride
combines
with the calcium
to form
relatively
insoluble
Tri-Calcium
Phosphate
(TCP) is an
innovative
calcium-based
“calcium
fluoride
globules”
on
the
tooth
surface—resulting
in a
additive exclusively from 3M ESPE that allows calcium, phosphate
sustained
release
of
fluoride
and
calcium.
On
a
chemical
level,
and fluoride to co-exist in an aqueous solution.
fluoride replaces hydroxyl groups in hydroxyapatite of tooth mineral,
In very
simple terms,
is specially
milled
organicforming
fluorapatite,
a lessTCP
soluble
structure
thatsois an
more
resistant
calcium
phosphate
hybrid
is
formed.
This
hybrid
results
to the effect of acid on the tooth.
Tooth surface
in a protective coating that ensures that the calcium oxides
are1:protected
from the
undesirable
interactions
with fluoride
Organic
components
(often surfactants)
have an affinity
for tooth
At Fig.
the
pH
of saliva
(6.0-7.4),
βßTCP
is:
surfaces—and
to the
tooth surface, protected from
throughout
the shelfcarry
life calcium
of the TCP
ingredient.
fluoride
Salivaonactivates
the protected
calcium
compound
• More likely
toions.
remain
the tooth
due to lower
solubility
by degrading
coating and
the calcium
As illustrated
(Fig.the1),protective
when a product
withreleasing
TCP is applied
to the
• Closer making
to hydroxyapatite
in solubility
available to the tooth surface, along with the fluoride.
teeth, saliva itbreaks
down this protective coating to make fluoride,
calcium and phosphate readily available to the
tooth surface in
Ease
at pH 7.02
Ease of solubility
at of
pHsolubility
7.0*
parallel with fluoride ions.
“Smart calcium phosphate” releases calcium and
phosphate
on the
not in the formulation.
In very simple
terms, TCP is specially
milled teeth,
so an organic-
Structures,
Composition,
Solubility and Stability2
Fig.3: Source: Tung,
M.S.
Tung, M.S., et. al.
The lower solubility of TCP helps sustain fluoride and calcium
release, and improves resistance to the demineralizing effect of
At the pH of saliva (6.0-7.4), βßTCP is:
acid on teeth.
• More likely to remain on the tooth due to lower solubility
• Closer to hydroxyapatite in solubility
Calcium, phosphate and fluoride, when present in saliva, form
2
Ease
at pH 7.0
Ease of solubility
at of
pHsolubility
7.0*
a protective veneer on existing mineral crystals in teeth.1 The
fluoride combines with theFig.3:calcium
Source: Tung, to
M.S.form relatively insoluble
Fig.3: Source: Tung, M.S.
Tri-Calcium
Phosphate
(TCP)
is
an
innovative
calcium-based
Saliva
Saliva
Because
beta-TCP
is less soluble than other
Because beta-TCP (ßTCP) is less soluble “calcium
than other calcium
fluoride globules”
on the
tooth(ßTCP)
surface—resulting
in acalcium
phosphate ingredients at a neutral pH, it’s less likely to be
additive exclusively from 3M ESPE that allowsphosphate
calcium,
phosphate
ingredients
at a neutral pH, it’s less likely to be
dissolved
the toothOn
surface.
It will remain
on the tooth to
sustained
release
of fluoride
andfrom
calcium.
a chemical
level,
dissolved from the tooth surface. It will remain
on the tooth
to
combine
with
fluoride
to
create
calcium
fluoride,
relatively
insoluble
and fluoride to co-exist in an aqueous solution.
combine with fluoride to create calcium fluoride, relatively insoluble
that in
canhydroxyapatite
help to occlude dentinal
prevent
fluoride
replaces hydroxylglobules
groups
of tubules
tooth and
mineral,
globules that can help to occlude dentinal tubules
and prevent
hypersensitivity.
hypersensitivity.
forming fluorapatite, a less soluble structure that is more resistant
In very simple terms, TCP is specially milled so an organicto the effect of acid on the tooth.
calcium phosphate hybrid is formed. (Fig. 1). This hybrid results
3M Australia Pty Limited
3M ESPE Dental Division
950 Pacific Highway
Pymble NSW 2073
3M New Zealand Limited
Dental Products
94 Apollo Drive
Rosedale, Auckland 0632
New Zealand
in a protective coating that ensures that the calcium oxides
3M, ESPE and Clinpro are trademarks of 3M or 3M ESPE AG. Copyright 2010. Printed in Australia