PANAVIA V5 Try-in Paste
1.8ml
Universal (A2)
Clear
Brown (A4)
White
Opaque
Highly esthetic, light-curing PANAVIA Veneer LC cement
PANAVIA
VENEER LC
Challenging task, great solution
PANAVIA™ Veneer LC KITS
CLEARFIL™ CERAMIC PRIMER PLUS
4ml
PANAVIA™ Veneer LC Applicator tip
20 Applicator tips (16g)
PANAVIA™ Veneer LC PASTE
PANAVIA V5 Tooth Primer
4ml
KATANA™ Cleaner
4ml
CLEARFIL™ Universal Bond Quick 2 Bottle Refill
1 Bond (5ml)
CLEARFIL™ Universal Bond Quick 2 Bottle Value Pack
3 Bonds (5ml each)
CLEARFIL™ Universal Bond Quick 2 Bottle Trial
1 Bottle (1ml)
CLEARFIL™ Universal Bond Quick 2 Unit Dose Standard Pack
50 Unit-Dose
50 Applicator Brushes (Fine Silver)
CLEARFIL™ Universal Bond Quick 2 Unit Dose Trial
5 Unit-Dose (0.1ml)
5 Applicator Brushes
PANAVIA VENEER LC
INDICATIONS
TAKE THE TIME YOU NEED FOR DEMANDING AND DELICATE TASKS
200 SEC*
Working time longer than 3 minutes provides for a stress-free procedure.
*Under ambient light 8.000 lux.
AESTHETICS
Four highly colour stable shades offer long-lasting aesthetics, matching try-in pastes make it easy to select the right shade.
EASY HANDLING
This cement offers excellent handling properties: it is non-sticky, thixotropic and allows for smooth excess removal.
THE VENEER SPECIALIST:
TAKE THE TIME YOU NEED FOR DEMANDING AND DELICATE TASKS
FEATURES & BENEFITS
Optimized handling due to appropriate viscosity
Easy clean-up after one-second tack-cure
Undetectable margins thanks to low film thickness
Excellent polishability and colour stability for long-lasting aesthetics
Strong and durable bond
Superior gloss retention
FEATURES
& BENEFITS
SEE WHAT THIS PRODUCT CAN DO FOR YOU
OPTIMISED HANDLING
It is possible to reduce the time and effort involved in veneer placement with a cement that supports homogeneous cement application, smooth veneer positioning and excess removal, and quick polishing? PANAVIATM Veneer LC offers all the required features and gives high control thanks to the specially designed application tip.
NON-STICKINESS
The resin cement offers an excellent and ideal consistency for easy and secure application across the intaglio surface as it does not stick to the application tip due to nanocluster filler technology.
IDEAL CONSISTENCY
Newly Developed spherical silica fillers in the cement provide that it stays put where applied, but flows well when the veneer is seated on the tooth – for easy placement without drifting or sagging.
SMOOTH EXCESS REMOVAL
Excess cement may be removed in one piece with an explorer after a one-second tack-cure.
HIGH AESTHETICS
Due to their generally minimum thickness and high translucency, the aesthetic appearance of veneers is strongly affected by the cement colour. Therefore, it is essential to use a resin cement that is colour stable and produces margins that remain undetectable over time. PANAVIA Veneer LC fulfils these tasks.
RESISTANCE TO DISCOLOURATION
High colour stability is probably the most important feature responsible for long lasting aesthetics, which is provided by a well-balanced formulation and the touch-cure technology.
Specs
Filler load: 66 wt % (47 vol %)
Flexural strength: 111 Mpa*
Flexural modulus: 5.4 Gpa*
Compressive strength: 388 Mpa*
Film thickness: approx. 8 µm
PANAVIA VENEER LC PERFORMANCE
SPECIFICATIONS
Filler load: 66 wt % (47 vol %)
Flexural strength: 111 Mpa*
Flexural modulus: 5.4 Gpa*
Compressive strength: 388 Mpa*
Film thickness: approx. 8 µm
Radiopacity: 110 % Ai
Working time: 200 sec.
*Dual curing of the paste (combination of self- and light-curing). According to ISO 4049:2009. Source: Kuraray Noritake Dental Inc. The final result may be influenced by minor evaluation conditions. See ISO regulations.
PERFORMANCE
Test conditions: Polishing #1000, phosphoric acid enamel etching, SUS chip (dia. 3mm), measured after storage in water at 37°C for 1 day. Source: Kuraray Noritake Dental Inc.
*Not a trademark of KURARAY CO., LTD.
Test conditions: Polishing #1000, sandblasting (KATANA™ Zirconia) or hydrofluoric etching (glass ceramics), SUS chip (dia. 5mm), measured after storage in water at 37°C for 1 day, or thermal cycle at 4-60°C. Source: Kuraray Noritake Dental Inc.
*Not a trademark of KURARAY CO., LTD.
Test Conditions: Specimen ø10mm, thickness 2mm. After smoothing the surface with water-resistant abrasive paper of #1000 to #2500, final polishing with lapping film. Initial value (measure the gloss level after polishing*). Toothbrush wear (measured after 40,000 strokes with 250g load, 30 strokes/minute, 10 wt% toothpaste*). Measured with a glossmeter VG 2000 (Nippon Denshoku Kogyo) at an angle of 60°. Note: Values may vary depending on measuring conditions. Source: Kuraray Noritake Dental Inc.
* Not a trademark of KURARAY CO., LTD.
Cementing guide
Choose the most appropriate
cement for each clinical situation
All technical documents, brochures, clinical cases and much more
CLINICAL EVIDENCE & CASES
Components and how they work together for the optimal result - every time
What's on
the inside
INNOVATIVE CURING TECHNOLOGY
A veneer cement should offer a long working time, but still obtain a high bond strength that is stable over time. Kuraray Noritake Dental Inc. has developed a way of using the touch-cure technology with a light-curing cement to provide both.
TOUCH-CURE
This technology initializes polymerization exclusively at the tooth-cement interface and establishes a strong bond to enamel and dentin, where it does not affect the setting reaction of the cement.
The MDP monomer in PANAVIA V5 Tooth Primer and CLEARFIL CERAMIC PRIMER PLUS are responsible for chemical bonding to zirconia, metal, dentin or enamel.
ALL COMPONENTS
PANAVIA LC Veneer Cement
PANAVIA Veneer LC is a light-curing resin cement system that offers excellent stability under ambient light, which leads to a working time of 200 seconds*. This allows you to place multiple veneers at a time without having to race against setting. Polymerization may be started whenever you are ready for it.
*Working time under ambient light (8000 lux.): 200 seconds.
PANAVIA V5 Tooth Primer
PANAVIA V5 Tooth Primer is a self-etching adhesive for tooth structure (dentin and enamel) that seals the tooth-adhesive interface securely as soon as PANAVIA Veneer LC Paste is applied to it. This touch-cure technology initiates the polymerization at the adhesive interface only and establishes a strong bond to enamel and dentin, but it does not affect the setting reaction of the cement.
CLEARFIL CERAMIC PRIMER PLUS
A high bond strength to restorative materials is obtained by use of the proven CLEARFIL CERAMIC PRIMER PLUS.
K-ETCHANT Syringe
The K-ETCHANT Syringe lets you fully control your application. You move the etchant, it moves. You stop moving and it just stays where you want, thanks to its thixotropic characteristics. And the new small nozzle gives you even more control to pinpoint your application. Etching is now simpler yet precise.
PANAVIA V5 Try-in Pastes
The PANAVIA V5 Try-In Pastes match the PANAVIA Veneer LC shades and allow for a simulation of the final appearance.
Get users´ opinion
Dr. Karyn Halpern, DDS
I am so impressed by the bond of this new cement. It’s not only strong but it was super easy to use, place, and clean up! Needless to say, I am a fan!
Dr. Gianmarco O'Brien, DDS, Inc.
This product is what I have come to expect from a company like Kuraray, the leader in adhesive dentistry. Easy to use clinically (excellent handling), very color stable since there is NO POST-BONDING GRAYING effect from tertiary amines (aromatic amine). I have total confidence in the DURABLE bond strength with their products. This is my new go-to veneer adhesive resin cement system!
Dr. Greg Campbell, DDS
Love the versatility of the new PANAVIA Veneer LC cement when it comes to delivering my Veneers and Onlays. I can use the PANAVIA V5 Tooth Primer or my CLEARFIL Universal adhesive and get the proven benefits of the Original-MDP and the “Gold Standard” bonding we have come to expect from Kuraray. Easy to use, easy to clean up and extremely strong bonds. Four shades and try-in pastes give me complete control and ensures clinical success time and time again! Thank you, Kuraray Noritake for another great product.
CLINICAL EVIDENCE & CASES
ADHESIVE CEMENTING OF A 3-UNIT BRIDGE
How to use PANAVIA V5 for optimal results
Adhesive cementation of a KATANA™ Zirconia HT 3-unit bridge with PANAVIA™ V5
Case by Dr. Shoji Kato of Takanawa Dental Office, Japan
1. After preparing the abutments
An anterior bridge made of crown and bridge resin has become dislodged. The abutments are vital teeth.
2. Prosthesis
A PFZ bridge with a frame fabricated using KATANA™ Zirconia HT12.
3. Application of Try-in Paste
Evaluate the shade of the cement before cementation.
4. Try-in
After checking the cement’s shade, rinse the prosthesis and tooth surface with water to remove Try-in Paste.
5. Pretreatment of the prosthesis (A)
Sandblast the prosthesis (at 0.3 to 0.4 MPa), clean with an ultrasonic cleaner for 2 minutes, then dry.
6. Pretreatment of the prosthesis (B)
Apply CLEARFIL™ CERAMIC PRIMER PLUS and blow dry with air.
7. Pretreatment of the abutments (C)
Apply Tooth Primer, allow it to react for 20 seconds, then blow dry with air.
8. Application of Paste
Use Universal.
9. Placement of the prosthesis
After placement, remove excess cement using a piece of gauze, a small brush, etc.
10. Light-curing
Light-cure the entire surface of the prosthesis, including the margins.
11. Final polymerization
Make sure the prosthesis is left in place, unmoved, for 3 minutes.
- Nov 9, 2021
BROCHURE
CLEARFIL™ CERAMIC PRIMER PLUS
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SAFETY DATA SHEET
PANAVIA Veneer LC
CLEARFIL CERAMIC PRIMER PLUS EXPLAINED
Simply apply and dry, and you’re done
COVERING ALL GENERAL CEMENTING NEEDS
A PANAVIA™ Family story
PANAVIA™ family: Three options, all general cementation needs covered
Is it possible to reduce the number of different cements used in a dental office? In most cases, it is. Kuraray Noritake Dental Inc. is convinced that one or two resin cement systems are usually enough to cover every indication and every need for general cementation. The selection of products may be different depending on personal preferences and the focus on specific dental treatments.
That is why the company offers three high-quality resin cements, with which it is possible to meet the needs and desires of every dentist and patient. One product is available for those who would like to keep it as simple as possible while taking advantage of the multiple benefits resin cements offer over conventional cements. Another system is designed for those who demand highest possible bond strength and aesthetics. And finally, a light-curing system has been developed as a specialized solution for veneer cementation.
In order to facilitate decision making, this article provides in-depth information on each of the three systems and their specific strengths.
The everyday cement
Keeping cementation simple and efficient is possible by minimizing the number of work steps and components and solving existing challenges. The self-adhesive dual-cure resin cement PANAVIA™ SA Cement Universal has been designed for these purposes. The challenge of removing sticky excess cement is overcome by a formulation that allows for very easy excess clean-up.
Components are reduced as the product incorporates Kuraray Noritake Dental Inc.’s Original MDP Monomer and original silane coupling agent, the LCSi Monomer, for a strong and durable bond. While MDP establishes a strong and long-lasting chemical bond to enamel, dentin, metal and zirconia, LCSi is responsible for bonding to resin composite, porcelain and silica-type ceramics (like lithium disilicate), eliminating the need for separate primers.
This means that a single component is needed, which streamlines the procedure, leading to time savings and a minimized potential for errors. Due to its properties, PANAVIA™ SA Cement Universal is ideal for everyday procedures such as the permanent cementation of crowns and bridges made of zirconia, lithium disilicate, hybrid ceramic or even metal.
The strong and aesthetic allrounder
For those who place importance on achieving the highest possible bond strength and aesthetics, PANAVIA™ V5 is the solution. The reliable dual-cure cementation system consisting of a tooth primer, a cement paste and a ceramic primer produces the highest bond strength and aesthetics from the PANAVIA™ cement range.
Therefore, it is an excellent choice for a whole range of indirect restorations and for post-and-core procedures. As the well-aligned components are always combined and applied in the same way, standardization is supported, leading to predictable outcomes.
The veneer specialist
When fulfilling such demanding tasks as cementing veneers, every dental practitioner needs time. Especially when placing multiple veneers at once for the best aesthetic outcomes, having to race against the setting time is counterproductive. For this reason, Kuraray Noritake Dental Inc. developed PANAVIA™ Veneer LC, a light-curing resin cement system with an extended working time of 200 seconds* on the primer, which allows users to initiate polymerization whenever they are ready for it.
PANAVIA™ Veneer LC also offers a well-aligned paste viscosity and consistency for easy dispensing and seating, and comes in four highly colour-stable shades for long-lasting aesthetics. Finally, the system provides for easy excess removal after tack-curing and an excellent bond strength over time.
** Working time: sensitivity to light (8000 lux, ISO 4049)
Meeting expectations
The three products mentioned are precisely what is needed to cover every personal preference and specific indication. They are based on Kuraray Noritake Dental Inc.’s long-standing expertise in the development of adhesive resin cements. The first product from the PANAVIA™ brand was introduced in the 1980s and since then, the company never stopped improving the portfolio by combining existing technologies like the original MDP Monomer with newly developed ones, such as the LCSi Monomer and the Touch Cure Technology. All this ultimately resulted in the current lean portfolio of easy-to-use and highly aesthetic resin cements that provide top-level bond strength.
- Dec 20, 2022
INSTRUCTIONS FOR USE
KATANA Cleaner
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SAFETY DATA SHEET
KATANA Cleaner
BROCHURE
KATANA Cleaner
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SAFETY DATA SHEET
PANAVIA V5 Try-in Paste
SAFETY DATA SHEET
PANAVIA V5 Tooth Primer
INSTRUCTIONS FOR USE
PANAVIA Veneer LC
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FREQUENTLY ASKED QUESTIONS
PANAVIA Veneer LC
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SAFETY DATA SHEET
CLEARFIL Ceramic Primer Plus
KATANA CLEANER EXPLAINED
Optimising bond quality by minimising contamination
Innovation - Optimising bond quality with Katana Cleaner from Kuraray Noritake dental
A strong and durable bond between the tooth and the restoration is a decisive factor influencing the long-term performance of dental restorations. The quality of the bond, however, is not only affected by the bonding agent or cementation solution used, but also by the condition of the bonding surface. For those who would like to ensure clean tooth and restoration surfaces in an easy way, Kuraray Noritake Dental has developed KATANA™ Cleaner, a universal cleaner with MDP salt and a pH of 4.5 for intra- and extra-oral application.
It has been proven that proteins present in saliva and blood have a negative effect on the performance of dental adhesives. Especially in indirect procedures, however, it is impossible to keep the bonding surfaces free of oral fluids. At try-in at the latest, the prepared tooth and the restoration are contaminated and need to be cleaned. Rinsing with water does not have the desired effect, and even with many available cleaners, a certain amount of proteins are usually left on the surface. Tests show that by using KATANA™ Cleaner or by sandblasting, the desired high cleaning effect needed is obtained, without compromising bond strength. This is true for KATANA™ Zirconia restorations, while KATANA™ Cleaner also leads to the desired results on dentin and enamel – surfaces in the oral cavity for which sandblasting and most of the other cleaners are not indicated.
The use of KATANA™ Cleaner offers yet another advantage: the cleaning procedure is extraordinarily simple, quick and neat. The universal cleaner comes in a bottle with an innovative flip-top cap, enabling single-handed dispensing onto the dish. It is then rubbed into the surface of the restoration and the prepared tooth structure or the abutment for ten seconds, rinsed with water and dried. Thanks to the high surface activity of MDP salt, these ten seconds are sufficient to remove the proteins on the substrate almost completely, creating conditions very similar to those found on a non-contaminated bonding surface. Subsequently, the selected bonding agent or cementation solution – e.g. PANAVIA™ V5 or PANAVIA™ SA Cement Universal – is applied according to the maufacturer’s usage instructions.
The result is a strong long-lasting bond, which gives users a peace of mind. Pilot users who have already tested the product agree that KATANA™ Cleaner is the easy way to optimise bond quality and streamline any adhesive procedure.
- Feb 19, 2020
STRESS-FREE PROCEDURES AND BRILLIANT AESTHETICS
The decisive role of the resin cement
Clinical Report about PANAVIA Veneer LC
PRESENTATION OF A STUDY WITH ILLUSTRATIVE CASES
by Dr. Yohei Sato, DMD, PhD and Dr. Keisuke Ihara, CDT.
INTRODUCTION
In recent years, the application and advancement of digital technology in dentistry has made it possible to accomplish the fabrication of highly accurate prosthetic zirconia appliances that were difficult to mill using the previously available technology. In addition, thanks to advances in adhesive dentistry and the advent of cements that bond strongly to a diverse range of materials, cements have come into wide clinical use that can cope with the many types of materials used for the fabrication of prosthetic appliances.
At our hospital, we select the treatment method most suitable for each case by appropriately specifying various types of prosthetic appliance according to the status of each case. For example, we may specify zirconia prosthetic restorations fabricated by the CAD/CAM system, or silica-based ceramic prostheses, or those made of lithium disilicate glass, as the case dictates.
PANAVIA™ V5 is a resin cement system that bonds strongly to various types of prosthetic appliance, as well as to tooth structure. PANAVIA™ Veneer LC, a new resin cement system developed by Kuraray Noritake Dental Inc., has suitable characteristics for bonding laminate veneers, using two types of primer that can be used in common with PANAVIA™ V5. Here are some clinical examples of its advantages as a resin cement system used for laminate veneers restorations.
- Sep 8, 2022
TECHNICAL GUIDE
PANAVIA V5
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FEATURES & BENEFITS
From challenge to mastering veneers: PANAVIA Veneer LC
BROCHURE
PANAVIA Veneer LC
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AWARD WINNING PRODUCT
Tried. Tested. Proven.
Choose PANAVIA™ Veneer LC and veneer cementation becomes a success
Prosthodontic treatment concepts have evolved over the past decades. While some time ago, porcelain-fused-to-metal crowns and bridges were placed wherever a defect was too large for a direct restoration, the current trend is toward less invasive therapies with highly aesthetic, tooth-coloured materials.
These modern treatment concepts can lead to reliable outcomes when a high-performance resin cement system is used that establishes a durably strong bond to tooth structure on one side and the restoration on the other. The reason is that less invasive often means that restorations have minimal or no retentive elements and extremely thin walls, and a strong chemical bond is a mechanism that holds them in place over time. Depending on the type of restoration and area in the mouth, aesthetic properties of the cementation system are also extremely important, as the typically highly translucent, thin restorations tend to reveal the appearance of the structures underneath to a certain extent.
Universal cements
In the context of striving toward the streamlining of clinical procedures in restorative dentistry, several manufacturers have developed resins cements that work with fewer components and are suitable for a large number of indications. PANAVIA™ SA Cement Universal is a popular example. The self-adhesive, dual-cure resin cement is the only product of its category that works as a standalone solution even on glass ceramics (without the need for a separate primer).
The need for specialists
There are specific clinical situations, however, that require more working time than a dual-cure resin cement can offer. This is the case whenever multiple non-retentive restorations are to be placed simultaneously, a technique that is recommended for veneers. The greatest benefits of placing the thin and highly aesthetic restorations at once lie in the proper positioning of the restorations and in the minimized risk of contamination: When the veneers are placed one after the other, a slightly malpositioned and already fixed veneer might hinder proper positioning of the adjacent restorations and haemorrhage occurring in the context of excess cement removal or finishing of the margin might contaminate the working field. When all veneers are placed simultaneously, repositioning is possible, while excess removal and polishing are accomplished in a moment when blood and debris will no longer endanger the integrity of the restorations, which increases the security during the whole procedure. This task is best fulfilled by a light-curing veneer specialist.
Handling of a thin ceramic veneer.
Required properties of veneers cements
Undoubtedly, the key feature of a specialist resin cement system is a long working time sufficient for simultaneous cementation of multiple restorations. In addition, its consistency and handling properties are also important as they can help users overcome the challenge of accurate positioning and reduce the time and effort involved in veneer placement. And finally, the system needs to provide excellent bond strength over time and support long-lasting aesthetics, properties valuable for every kind of resin cement, but the latter being particularly important for thin restorations in the aesthetic zone. Luckily, PANAVIA™ Veneer LC offers all those features.
The system consists of PANAVIA™ V5 Tooth Primer that establishes a strong bond to enamel and dentin, PANAVIA™ Veneer LC Paste as the cement and the CLEARFIL™ CERAMIC PRIMER PLUS that has been part of PANAVIA™ V5 cementation system. The latter is responsible for a high bond strength to all types of restorative materials.
Mastering the working time challenge
The light-curing cement paste offers a long working time of 200 seconds* due to its excellent stability under ambient light. As a consequence, dental practitioners may place multiple veneers simultaneously without having to race against setting. Polymerization may be started whenever the user is ready for it. The one-component self-etching tooth primer (PANAVIA™ V5 Tooth Primer) does not contain any photo initiators and does not cure alone. When applied, it etches and penetrates into the tooth surface for 20 seconds and is ready to bond strongly to PANAVIA™ Veneer LC Paste. The integrated touch-cure technology is the key feature safeguarding a high bond strength to tooth structure without shortening the working time.
*Working time under ambient light on PANAVIA™ V5 Tooth Primer (8000 Lux): 200 seconds
Providing for precise placement
In order to streamline the clinical seating procedure from cement application to polishing, PANAVIA™ Veneer LC has been equipped with a set of well-balanced handling properties. Newly developed spherical silica fillers in the cement provide that it stays put where applied, but flows well when the veneer is seated on the tooth – for easy placement without drifting or sagging. During application across the intaglio surface, the resin cement does not stick to the application tip, a property achieved by the addition of nanocluster filler technology. The special design of the syringe’s application tip optimizes control over the amount of cement applied. Ans last but not least, excess cement may be easily removed in one piece using an explorer after a one-second tack-cure, while polishing of the margins is quickly accomplished.
Hiding the margins
Being extremely thin, highly translucent and mainly used to restore teeth in the exposed anterior region of the maxilla, veneers have to be placed with a cement that is and remains undetectable underneath the restoration and at its margins. PANAVIA™ Veneer LC is available in four highly aesthetic shades with matching try-in pastes, so that a precise shade match with the restoration can be achieved and verified in the patient’s mouth. Additional features contributing to undetectable margins are the resin cement’s flowability and low film thickness: They enable users to easily produce an evenly distributed, thin cement layer for aesthetic outcomes. For those afraid that coffee, tea, acidic drinks or constant tooth brushing might reveal the margins over time, there is good news as well: PANAVIA™ Veneer LC offers a high polish retention and colour stability over time. The well-balanced formulation and the touch-cure technology are responsible for this resistance to discolouration.
Trusted expertise
All these beneficial features make PANAVIA™ Veneer LC worth testing. Additional arguments are the fact that its primers are tried and tested components of the highly popular PANAVIA™ V5 system and that Kuraray Noritake Dental Inc. is a proven expert on adhesive products. It developed the original MDP Monomer in 1981 and introduced the first adhesive resin cement containing this monomer in 1983. Since then, the company has improved existing formulations and developed existing technologies that ultimately resulted in the current line-up of cementation solutions for every need and indication.
Excellent gloss retention is one of the properties providing for undetectable margins over time.
- Aug 23, 2022
BROCHURE
PANAVIA: One Strong Family
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OPTIMISING FUNCTIONS AND AESTHETICS
in veneer cementing
Optimizing functional and esthetic parameters in veneer cementation
By Dr. Clarence Tam, HBSC, DDS, AAACD, FIADFE
The use of both porcelain veneers to improve and restore the shape, shade and visual position of anterior teeth is a common technique in esthetic dentistry. The biomimetic aim in the restoration of teeth is not only the cosmetic domain, but also functional considerations. It is critical to note that the intact enamel shell of the palatal and facial walls with respect to anterior teeth are responsible for its innate flexural resistance. When dental structure has been violated by endodontic access, caries and/or trauma, every effort must be made to preserve the residual structure and strive to restore or exceed the baseline performance levels of a virgin tooth.
BACKGROUND
A 55 year old ASA II female with a medical history significant only for controlled hypertension presented to the practice for teeth whitening. It was foreseen that dental bleaching would not have an effect on the shade of a pre-existing porcelain veneer on tooth 1.2, and that this would need to be retreated following the procedure especially if the shade value changes were significant. The patient started with a baseline shade of VITA* 1M1:2M1; 50:50 ratio in the upper anterior region and 1M1 in the lower anterior region. Following a nightguard bleaching protocol with 10% carbamide peroxide worn overnight for 3-4 weeks, the patient succeeded in achieving a VITA* 0M3 shade in both upper and lower arches. As a result, there was a significant value discrepancy between the veneered tooth 1.2 and the adjacent teeth, and also increased chroma noted on the contralateral tooth 2.2 due to a facially-involved Class III composite restoration. This latter tooth also did not match the contralateral tooth in dimension and thus the decision was made to treat both lateral incisors with bonded lithium disilicate laminate veneers. The canine adjacent (2.3) featured localized mild to moderate cusp tip attrition, but the patient did not want to address this until following the currently-discussed veneers were placed. The goal of smile design at this stage is to ultimately establish bilateral harmony with the view to place an additional indirect restoration restoring the facial volume and cusp tip deficiency of tooth 2.3 in the near future.
PROCEDURE
A digital smile design protocol was not required for the initial intention, which was individual treatment of the lateral incisors, as slight variation is permitted in this tooth type, being a personality and gender marker of the smile. Prior to anesthesia, the target shade was selected using retracted photos featuring both polarized and unpolarized selections. The photographs were prepared for digital shade calibration by taking reference views with an 18% neutral gray white balance card (Fig. 1).
Fig. 1. Reference photograph taken with a 18% neutral gray card.
The basic body shade was VITA* 0M2 with an ingot shade of BL2. The patient was anesthetized using 1.5 carpules of a 2% Lignocaine solution with 1:100,000 epinephrine before affixing a rubber dam in a split dam orientation. The veneer on tooth 1.2 was sectioned and removed from tooth 1.2 and a minimally-invasive veneer preparation completed on tooth 2.2 (Fig. 2). Partial replacement of the old composite resin restoration was completed on the mesioincisobuccopalatal aspect of tooth 12 with the intact segment maintained. Adhesion to old composite was achieved using both micro particle abrasion and a silane coupling agent (CLEARFIL™ CERAMIC PRIMER PLUS, Kuraray Noritake Dental Inc.). Margins were refined and retraction cords soaked in an aluminum chloride solution and packed. Preparation stump shades were recorded. Final impressions were taken using both light and heavy body polyvinylsiloxane in a metal tray. The patient was provisionalized and sent away with instructions to verify the shade at the laboratory at the bisque bake stage. The models prepared by the laboratory verify the minimally-invasive nature of the case.
Fig. 2. Veneer preparation tooth 1.2, 2.2.
On receipt of the case, the patient was anesthetized and the provisionals removed. The preparations were debrided and prepared for bonding by abrading the surfaces using a 27 micron aluminum oxide powder at 30-40 psi. The veneers were assessed using a clear glycerin try-in paste (PANAVIA™ V5 Try-in Paste Clear, Kuraray Noritake Dental Inc.). Retraction cords were packed and the intaglio surface of the restorations treated using a 5% hydrofluoric acid for 20 seconds prior to application of a 10-MDP-containing silane coupling agent (CLEARFIL™ CERAMIC PRIMER PLUS, Kuraray Noritake Dental Inc.) (Fig. 3). The tooth surface was etched using 33% orthophosphoric acid for 20 seconds and rinsed. A 10-MDP-containing primer was applied to the tooth (PANAVIA™ V5 Tooth Primer, Kuraray Noritake Dental Inc.) (Fig. 4) and air dried as per manufacturer’s instructions. Veneer cement was loaded (PANAVIA™ Veneer LC Paste Clear, Kuraray Noritake Dental Inc.) (Fig. 5) and the veneer seated. The excess cement featured a non-slumpy character and maintained the veneer well in place during all margin verification exercises prior to a 1 second tack cure (Fig. 6).
Fig. 3. CLEARFIL™ CERAMIC PRIMER PLUS applied to intaglio surfaces of veneers.
Fig. 4. PANAVIA™ V5 Tooth Primer application to etched tooth surfaces.
Fig. 5. PANAVIA™ Veneer LC Paste Clear shade loaded onto prepared intaglio surfaces of veneers.
Fig. 6. PANAVIA™ Veneer LC Paste immediately after seating. Note the viscous, non-slumpy nature of the cement, which allows for ease of removal under both wet and gel-phase options.
The cement was rendered into a gel state, which facilitated “clump” or en masse removal of cement with minimal cleanup required (Fig. 7). The margins were coated using a clear glycerin gel prior to final curing to eliminate the oxygen inhibition layer (Fig. 8).
Fig. 7. Excess cement removal after tack curing for 1 second.
Fig. 8. Final curing of veneers from both palatal and facial aspects simultaneously.
The margins were finished and polished to high shine and the occlusion of the restorations verified as conformative. The post-operative views show excellent esthetic marginal integration (Fig. 9).
Fig. 9. Post-operative esthetic integration of veneers on 1.2 and 2.2.
On polarized photograph reassessment, the restorations are well-integrated into the new smile esthetically and functionally (Fig. 10), now awaiting esthetic augmentation of tooth 2.3 to match the contralateral canine.
FINAL SITUATION
Fig. 10. Final result with polarized photography on reassessment.
RATIONALE FOR MATERIAL SELECTION
Porcelain is often the chosen material for prosthetic dental veneers due to its innate stiffness in thin cross section, ability to modify and transmit light for optimal internal refraction and its bondability by way of adhesive protocols to composite resin. This trifecta allows for a maximal preservation of residual tooth structure whilst bolstering its physical function relative to flexural performance1. The elastic modulus of a tooth can be restored to 96% of its control virgin value if the facial enamel is replaced with a bonded porcelain laminate veneer2. The elastic modulus of lithium disilicate is 94 GPa whereas that of intact enamel is 84 GPa. The elastic modulus of dentin has been found to range from 10-25 GPa, whereas that of the hybrid layer can vary widely, indeed from 7.5 GPa to 13.5 GPa in a study by Pongprueska et al3. This low flexural resistance range reflects that of deep dentin and not that of superficial dentin, which does not reflect an ideal situation where a laminate veneer is bonded in as much enamel as possible, or in the worst case to superficial dentin. Maximal flexural strength of the hybrid layer is invaluable from a biomimetic standpoint. PANAVIA™ V5 Tooth Primer (Kuraray Noritake Dental Inc.) incorporates the use of the original 10-methacryloyloxydecyl dihydrogen phosphate (10-MDP) monomer, which elicits a pattern of stable calcium-phosphate nanolayering known as Superdentin, an acid-base resistant zone that is about 600x more insoluble than the monomer 4-MET, which is found in many other adhesives. Indeed, PANAVIA™ V5 Tooth Primer is used solely in conjunction with Kuraray Noritake Dental Inc. PANAVIA™ V5 cement and PANAVIA™ Veneer LC which both allow the primer to act as a bond without the need to cure the layer prior to cementation of the indirect restoration due to its dual cure potential when married together. If a bonding agent would be preferred, CLEARFIL™ Universal Bond Quick (Kuraray Noritake Dental Inc.), a multi-modal adhesive that also contains the essential amide monomer and 10-MDP components created by Kuraray Noritake Dental Inc., can be used. Of note, CLEARFIL™ Universal Bond Quick features exceptional flexural strength due to the accentuated cross-linking during polymerization afforded by the amide monomers, on the order of 120 MPa by itself4. PANAVIA™ Veneer LC is a cement system that features cutting edge technology that provides excellent esthetics and adhesive stability of your indirect restorations, whilst allowing a stress free workflow. It is a cement system that is a game changer; one that allows you to restore confidence in the patient, strength in the tooth-restoration interface, and bolsters your clinical confidence in the delivery of biomimetic excellence.
Dentist:
CLARENCE TAM
References
1. Magne P, Douglas WH. Rationalization of esthetic restorative dentistry based on biomimetics. J Esthet Dent. 1999;11(1):5-15. doi: 10.1111/j.1708-8240.1999.tb00371.x. PMID: 10337285.
2. Magne P, Douglas WH. Porcelain veneers: dentin bonding optimization and biomimetic recovery of the crown. Int J Prosthodont. 1999 Mar-Apr;12(2):111-21. PMID: 10371912.
3. Pongprueksa P, Kuphasuk W, Senawongse P. The elastic moduli across various types of resin/dentin interfaces. Dent Mater. 2008 Aug;24(8):1102-6. doi: 10.1016/j.dental.2007.12.008. Epub 2008 Mar 4. PMID: 18304626.
4. Source: Kuraray Noritake Dental Inc. Samples (beam shape; 25 x 2 x 2 mm): The solvents of each material were removed by blowing mild air prior to the test.
- Aug 29, 2023
FLOWCHART
PANAVIA Veneer LC
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THREE COMPONENTS EASILY COMBINED
Step-by-step demonstration of cementing veneers
THE SUCCESS FORMULA
of PANAVIA Veneer LC
INGENIOUS MONOMERS AND CURING TECHNOLOGY
The science behind Kuraray Noritake's cementing solutions
Transforming dentistry with ground-breaking technologies: Cementation of indirect restorations
Some companies mainly make use of basic technologies developed by others to improve their products and introduce new ones, while other companies conduct fundamental research and technology development inhouse. Is this difference relevant for someone who uses the resulting products in the dental practice or laboratory on a daily basis? It is – as companies with a deep understanding of the underlying components, chemistry and technologies are able to solve existing problems and respond to market needs flexibly and quickly. This article describes the impact of several basic technologies developed by Kuraray Noritake Dental Inc. on the cementing of indirect restorations.
Adhesive cementation then and now
The possibility of milling dental restorations from different kinds of ceramics has opened up new opportunities in prosthodontics: highly aesthetic restorations can be produced and placed. What is often undervalued in this context is the role of adhesive cementation systems, which not only support the aesthetic appearance of the translucent, tooth-coloured restorations, but also pave the way for less invasive preparation and restoration designs. Early systems that provided for chemical adhesion between teeth and indirect restorations unfortunately offered a compromised long-term behaviour and high technique-sensitivity, while the application procedure was extremely complex. Technology development at Kuraray Noritake Dental Inc. made significant contributions to an improved long-term bonding performance of the systems and a simplified handling.
Optimizing the long-term bonding performance
In order to achieve long-term bonding of early cementation systems to tooth structure (especially dentin), Kuraray, a parent company of Kuraray Noritake Dental Inc., decided to focus on the development of a more powerful adhesive monomer in the 1970s. As a first step on its road to excellence, it introduced the phosphate monomer Phenyl-P in 1976. Five years later, continued efforts in improving and refining its molecular structure led to the introduction of the popular MDP Monomer that is capable of establishing a particularly strong and long-lasting bond to enamel, dentin, metal and zirconia.
The fact that it is still part of every adhesive and adhesive cementation system from Kuraray Noritake Dental Inc., and meanwhile also used by other manufacturers to optimize the bond strength and bond durability of their products, stresses the ingenuity of the invention. Compared to MDP synthesized elsewhere, the Original MDP Monomer from Kuraray Noritake Dental Inc. stands out due to an unmatched level of purity. Independent Studies show that this level of purity has a positive effect on its bonding behaviour1. By offering stability in a moist environment, the MDP Monomer has contributed to a more consistent performance of the products containing it.
Different MDP Monomers offer different levels of purity and a different bonding performance.
Three experimental self-etch primers were prepared consisting of 15 wt.% 10-MDP provided by different sources: KN (Kuraray Noritake Dental), PCM (Germany) or DMI (Designer molecules Inc., USA). Data courtesy of Dr. Kumiko Yoshihara.
For adhesive resin cement systems to deliver a strong bond with an outstanding marginal seal, however, simply containing an adhesive monomer is not enough. Effective polymerization of this monomer is necessary as well – and not always that easily accomplished. In order to provide for an effective light-cure and dark-cure performance of PANAVIA™ V5, Kuraray Noritake Dental Inc. developed the Touch-Cure Technology. The key part of this technology is a newly developed, highly-active polymerisation accelerator in PANAVIA™ V5 Tooth Primer that is able to coexist with the acidic MDP Monomer promotes polymerisation starting from the interface between the tooth and the cement as soon as PANAVIA™ V5 Paste is applied to the already primed tooth surface. In PANAVIA™ Veneer LC – a light-curing resin cement system that works with the same primers – the polymerisation accelerator in PANAVIA™ V5 Tooth Primer shows the same mechanism of action. It contributes to the polymerization of the adhesive interface, while PANAVIA™ Veneer LC Paste offers excellent ambient light stability and is polymerized by light curing.
For example, this phenomenon was evaluated for PANAVIA™ F2.0, the predecessor of PANAVIA™ V5. The result of the study: PANAVIA™ F2.0 showed much better marginal sealing properties than other cement systems evaluated2. This documented secure sealing of the interface leads to a lower incidence of marginal leakage, to a very high polymerisation ratio even in the self-cure mode (without light curing or wherever the light is blocked by the restorative material) and hence to a particularly strong bond.
An additional benefit arising from the incorporation of the polymerisation accelerator is its function as a strong reductant. It neutralizes sodium hypochlorite, which is commonly used as an irrigation solution during endodontic treatment, and thus eliminates its negative effect on the bond strength of the subsequently applied cement paste.
A highly active polymerisation accelerator in PANAVIA™ V5 Tooth Primer promotes effective polymerisation of the cement at the adhesive interface.
Simplifying glass-ceramic cementation
Fewer bottles, fewer steps and streamlined cementation procedures: that is why self-adhesive resin cements have been developed and introduced in the early 2000s. Most of these products, however, have a limited indication range. They work well on zirconia, metal, enamel and dentin, but are either not recommended or need an extra silane primer for glass-ceramic bonding. The MDP-containing PANAVIA™ SA Cement Universal is different due to another proprietary technology from Kuraray Noritake Dental Inc.: the LCSi Monomer, a Long Carbon-chain Silane coupling agent. This monomer forms a strong chemical bond with resin composite, porcelain and silica-type ceramics (like lithium disilicate), so that the need for a separate silane component (a primer or adhesive) is eliminated. By leveraging the benefits of this technology, PANAVIA™ SA Cement Universal clearly sets itself apart from other self-adhesive resin cements as a true single-component cementation system even for restorations made of glass ceramics.
If desired, the product’s bond strength to tooth structure can be increased by use of the popular universal adhesive CLEARFIL™ Universal Bond Quick featuring Rapid Bond Technology. This technology has been developed by Kuraray Noritake Dental Inc. to solve problems related to the slow penetration of tooth structure, especially wet dentin, typical for universal adhesives. In order to provide proper penetration, these adhesives need to be actively rubbed into the tooth structure for a long time or users have to wait for some time before light-curing the layer. Consisting of the Original MDP monomer combined with hydrophilic amide monomers, the proprietary Rapid Bond Technology provides for a high affinity to water leading to a rapid and deep penetration of wet dentin. As a consequence, application times are shortened and handling is simplified without negatively affecting the bonding performance.
Conclusion
Technologies developed by Kuraray Noritake Dental Inc. have strongly contributed to an improved bonding performance of adhesive cementation systems and a truly universal use of self-adhesive resin cements. As a consequence, the company offers a streamlined portfolio of high-performance resin cements for every user, for the typical clinical situations. Fewer components and fewer steps are necessary and procedures simplified – for fewer errors and aesthetic restorations that last. Apart from the technology-related benefits, the products mentioned offer many additional beneficial features. A detailed description is found online at kuraraynoritake.eu.
References
1) Functional monomer impurity affects adhesive performance.; Yoshihara K, Nagaoka N, Okihara T, Kuroboshi M, Hayakawa S, Maruo Y, Nishigawa G, De Munck J, Yoshida Y, Van Meerbeek B. Dent Mater. 2015 Dec;31(12):1493-501.
2) Touch-Cure Polymerization at the Composite Cement-Dentin Interface.; Yoshihara K, Nagaoka N, Benino Y, Nakamura A, Hara T, Maruo Y, Yoshida Y, Van Meerbeek B.J Dent Res. 2021 Aug;100(9):935-94.
- Oct 14, 2024
GREAT SOLUTION FOR A CHALLENGE
PANAVIA Veneer LC explained in detail
FAQ
Q
What is “PANAVIA™ Veneer LC”?
A
“PANAVIA™ Veneer LC” is a light-cure adhesive resin cement system. It consists of the “PANAVIA™ Veneer LC” Paste (a light-cure cement paste), “CLEARFIL™ CERAMIC PRIMER PLUS” (a silane, zirconia & metal primer), K-ETCHANT Syringe (Phosphoric Acid), and “PANAVIA™ V5” Try-in Paste. “CLEARFIL™ Universal Bond Quick” or “PANAVIA™ V5” Tooth Primer can be chosen for tooth treatment.
Q
What are the indications?
A
Cementation of ceramic and composite inlays, onlays and laminate veneers with less than 2 mm thickness of the following materials: silica-based ceramics (e.g. conventional porcelain, lithium disilicate), hybrid ceramics, composite resin and “KATANA™ Zirconia” STML/UTML/YML (with a thickness of less than 1.2 mm).
Q
How can I treat the prosthetic restoration?
A
Follow the Instructions for Use of the restorative material. In the absence of specific instructions, we recommend the following procedures and application of the provided “CLEARFIL™ CERAMIC PRIMER PLUS”: if the adherent surface is silica-based ceramic (e.g. conventional porcelain, lithium disilicate), hybrid ceramic or composite resin: Based on the type of restoration, hydrofluoric acid etching or air abrasion treatment may be used:
Acid Etching Treatment (e.g. conventional porcelain, lithium disilicate):
Etch the adherent surface with a hydrofluoric acid solution in accordance with the Instructions for Use of the solution. Rinse the adherent surface with water and dry.
Air Abrasion Treatment (e.g. composite resin):
Roughen the adherent surface by blasting with alumina powder (30-50 μm) using air pressure of 0.1-0.2 MPa (1-2 kgf/cm2, 15-29 psi, 1-2 Bar). The air pressure and powder size should be properly adjusted to suit the material and/or shape of the prosthetic restoration, using caution to prevent chipping. Clean the prosthetic restoration in an ultrasonic cleaning unit for 2 minutes or with “KATANA™ Cleaner” with 10 seconds of rubbing and then rinse with water.
Q
Is it possible to use “CLEARFIL™ Universal Bond Quick” for the surface treatments of veneer restorations?
A
Although technically possible, we recommend to use “CLEARFIL™ CERAMIC PRIMER PLUS” to get optimal performance for glass ceramics.
Q
Are there additional steps, if I try-in the restoration after it is acid etched or air abraded?
A
Yes, doing that would contaminate the restoration and, hence, decrease the bond strength. To remove the contamination, use “KATANA™ Cleaner” for 10 seconds with a rubbing motion then rinse with water until the color has been disappeared and dry the restorations to remove contaminants, or apply K-ETCHANT Syringe (Phosphoric Acid) for 5 seconds in case of non-zirconia restorations.
Q
How can I treat the prepared tooth?
A
There are 2 ways to treat the prepared tooth: with the “PANAVIA™ V5” Tooth Primer or “CLEARFIL™ Universal Bond Quick”.
a) “PANAVIA™ V5” Tooth Primer: Etch the enamel with the K-ETCHANT (phosphoric acid) for 10 seconds, rinse and dry. Apply the Tooth Primer to the entire prepared tooth surface, with an applicator brush and leave it in place for 20 seconds. Thoroughly dry the entire adherent surface sufficiently by blowing mild, oil-free air until all water is evaporated from the primer.
b) “CLEARFIL™ Universal Bond Quick”: Selective etch the enamel with K-ETCHANT syringe (phosphoric acid) for 10 seconds, rinse and dry. Apply BOND with a rubbing motion to the entire preparation with the applicator brush. No waiting time is required. Dry the entire cavity wall sufficiently by blowing mild air for more than 5 seconds until BOND does not move.
When cementing laminate veneers, there is no need to light-cure BOND prior to seating the laminate veneers. It should be cured after seating the laminate veneers with the “PANAVIA™ Veneer LC” cement. When cementing inlays or onlays, BOND should be light-cured before seating the restoration. Please confirm the curing time by referencing the Instructions for Use.
Q
What are the differences of using the “PANAVIA™ V5” Tooth Primer or “CLEARFIL™ Universal Bond Quick” when treating the prepared tooth?
A
In terms of bond strength, both are similar and provide excellent results. Nevertheless, the “PANAVIA™ V5” Tooth Primer will provide a “touch-cure” mechanism that will seal the bonding interface before the final light curing. Additionally, while the application time is shorter with “CLEARFIL™ Universal Bond Quick” (no waiting time versus 20 s), there is a longer working time under ambient light with the “PANAVIA™ V5” Tooth Primer (200 seconds vs 160 seconds with the BOND).
Q
What are the advantages of “PANAVIA™ Veneer LC” over competing products?
A
PANAVIA™ Veneer LC” offers the ideal paste consistency, not being too high or too low as several competitive products. This will facilitate the dispensing of the paste onto the restoration and smooth seating of such restoration. A low film thickness and long working time are also advantages over competitive products. In addition, in case of using it with the “PANAVIA™ V5” Tooth Primer, the “touch-cure” mechanism will provide bonding interface sealing.
Q
How should the excess cement be removed?
A
One of the following two techniques can be used:
Tack-Cure Clean-Up Technique: Light-cure any excess cement in several spots for 1 second at a distance of 10-15 mm. Hold the prosthetic restoration in position, remove the tack-cured excess cement using a dental instrument.
Wet Clean-Up Technique: Any excess cement remaining at the margins can be removed with a small brush, foam pellet, dental floss or dental explorer.
Regardless of the technique used, final curing will be required as the next step. Please refer to the Instructions for Use.
Q
Should the margins be covered with a protective gel during final curing?
A
The use of a protective gel, like “PANAVIA™ F 2.0” OXYGUARD II, is beneficial to prevent the forming of an oxygen inhibited layer thus helping to create smooth margins.
Q
How many shades of “PANAVIA™ Veneer LC” Paste are available?
A
There are 4 shades of “PANAVIA™ Veneer LC” Paste available: Clear, Universal (A2); White and Brown (A4). Each shade has a corresponding glycerin based, water soluble Try-In Paste.
Q
How is the “PANAVIA™ V5” Try-in Paste used?
A
The “PANAVIA™ V5” Try-In Paste shades match the “PANAVIA™ Veneer LC” shades (in light-cured state) and allow for a simulation of the final appearance of the restoration. The “PANAVIA™ V5” Try-In Paste cannot be (light) cured, and can be removed easily with water.
Q
Is “PANAVIA™ Veneer LC” color stable?
A
Yes, “PANAVIA™ Veneer LC” Paste is color stable.
Q
What makes “PANAVIA™ Veneer LC” color stable?
A
Since “PANAVIA™ Veneer LC” Paste is only light curing, no amine reducing agent based redox curing system is included avoiding unwanted discoloration over time.
Q
What is the filler load and particle size?
A
The total amount of inorganic filler is approximately, 66 wt%, 47 vol%. The particle size of inorganic fillers range from 0.05 μm to 8 μm.
Q
What is the main filler form of “PANAVIA™ Veneer LC”?
A
“PANAVIA™ Veneer LC” Paste has spherical silica and nano cluster fillers. This provides a paste which is not runny, has excellent handling, and resistance to sagging.
Q
What is the film thickness of “PANAVIA™ Veneer LC”?
A
“PANAVIA™ Veneer LC” Paste film thickness is around 8 μm.
Q
Can “PANAVIA™ Veneer LC” be used to cement zirconia veneers and inlays/onlays?
A
Zirconia should not be used because it may not have sufficient translucency. However, zirconia of our products with high translucency (“KATANA™ Zirconia” STML/UTML, “KATANA™ Zirconia” Block STML) can be used with a thickness of less than 1.2 mm.
Q
How is the bond strength of “PANAVIA™ Veneer LC”?
A
“PANAVIA™ Veneer LC” has excellent bond strength to several substrates (e.g. enamel, dentin, lithium disilicate, “KATANA™ Zirconia”, feldspar ceramic) at a similar level to the acclaimed “PANAVIA™ V5”.
Q
How many treatments can be cemented with a single syringe?
A
Approximately 20-30 teeth for laminate veneer.
Q
Do “CLEARFIL MAJESTY™ ES Flow” and “PANAVIA™ Veneer LC” use the same application tips?
A
No, the “PANAVIA™ Veneer LC” Paste tips are specially designed for an easy extrusion and application and their gauge, which is 16 (1.65 mm in diameter) and differ from the “CLEARFIL MAJESTY™ ES Flow” ones.
Q
How do I store “PANAVIA™ Veneer LC”?
A
The product should be stored in the refrigerator. All components stored in the refrigerator should be brought to room temperature for 15 minutes before use in order to restore its normal viscosity and curing properties.
Q
What is the shelf-life of the “PANAVIA™ Veneer LC” components?
A
The shelf-life of “PANAVIA™ Veneer LC” components is 36 months from date of manufacture with refrigeration.
PANAVIA VENEER LC
FOUR HIGHLY AESTHETIC SHADES
With shades tailored to individual situations, life-like results are easily obtained.
PANAVIA V5 Try-in Pastes match the PANAVIA Veneer LC shades.
4
Universal
Brown
White
Clear
Universal (A2)
For most cases
Brown
Higher chroma
White
Higher brightness
Clear
Higher translucency
KATANA™ Cleaner
INTRA- AND EXTRA-ORAL RESTORATION CLEANER
CLEARFIL™ CERAMIC PRIMER PLUS
UNIVERSAL PROSTHETIC PRIMER FOR ALL CEMENT AND REPAIR INDICATIONS
CLEARFIL™ Universal Bond Quick 2
THE EVERYTHING BOND
Order products
FIND YOUR SOLUTION
PANAVIA V5 Try-in Paste
1.8ml
Universal (A2)
Clear
Brown (A4)
White
Opaque
PANAVIA™ Veneer LC KITS
CLEARFIL™ CERAMIC PRIMER PLUS
4ml
PANAVIA™ Veneer LC Applicator tip
20 Applicator tips (16g)
PANAVIA™ Veneer LC PASTE
PANAVIA V5 Tooth Primer
4ml
KATANA™ Cleaner
4ml
CLEARFIL™ Universal Bond Quick 2 Bottle Refill
1 Bond (5ml)
CLEARFIL™ Universal Bond Quick 2 Bottle Value Pack
3 Bonds (5ml each)
CLEARFIL™ Universal Bond Quick 2 Bottle Trial
1 Bottle (1ml)
CLEARFIL™ Universal Bond Quick 2 Unit Dose Standard Pack
50 Unit-Dose
50 Applicator Brushes (Fine Silver)
CLEARFIL™ Universal Bond Quick 2 Unit Dose Trial
5 Unit-Dose (0.1ml)
5 Applicator Brushes
PANAVIA SA
CEMENT UNIVERSAL
ADHERES TO ALL RESTORATIVE MATERIALS WITHOUT PRIMERS
PANAVIA V5
FOR YOUR MOST DEMANDING AND AESTHETIC CEMENTATIONS
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