Glass Ionomer Cement – Type 9 extra

Features:

Fast And Easy Bulk Placement

• Rapid interaction of powder and liquid assures an easy, smooth and fast non-tacky mix that is easily adapted to bulk fill in a single step.

Remarkable Translucency With Exceptional Shade Stability

• GlasIonomer FX  ULTRA shows negligible change  in  colour  and  translucency  with time,  ensuring  greater  aesthetic  stability as  compared  to  standard  glass  ionomer restoratives  which  display  significant change. GlasIonomer FX ULTRA exhibits exceptional resistance to colour variation with minimal difference in hue, chroma and shade over time.
• Strong & Durable
  • GlasIonomer  FX  ULTRA has  a  special glass  and  polyacrylic  acid  formulation that sets through a stable ionic bond to a strong and durable glass ionomer matrix, that consistently endures intra-oral forces.

  
  Dependable & Protective

  • GlasIonomer FX ULTRA bonds reliably to both enamel and dentin, without requiring additional conditioning. High shear bond strength minimizes potential microleakage and provides an excellent seal against bacterial infiltration.

Premium Glass Ionomer Restorative Cement

• Premium Glass Ionomer Restorative Cement
• Premium quality cement for long term restorations
• High compressive strengt
• Cement mix is easier to manipulate due to improved setting characteristic
• Very high on aesthetics due to higher translucence
• Radiopaque
• Coefficient of thermal expansion similar to tooth structure
• No appreciable shrinkage on setting

PACKAGE CONTENTS

• Powder : 10gm
• Liquid : 7gm

PACKAGING:

• Powder : 10gm
• Liquid : 7gm
• Mixing Pad

Veneer Cement

RelyX Veneer cement is a permanent, light-cure only resin luting material. It must be polymerized by exposure to visible light in the 400-500 nm wavelength range. Most ceramic and composite veneers are thin enough and translucent enough to allow for adequate light penetration through the veneer to completely cure the cement. RelyX veneer cement is very efficient in its light-curing ability. This allows for a simplified bonding technique and also provides for excellent color stability of the cured cement. This feature is vitally important for highly esthetic veneer restorations.

COMPOSITION:

• RelyX Veneer cement is a light-cure, methacrylate resin-based luting material.
• RelyX Veneer cement is a single component, light-cure material packaged in a single syringe.
• The resin is composed of bisphenol-A-diglycidylether dimethacrylate (BisGMA) and triethylene glycol dimethacrylate (TEGDMA) polymer. Zirconia/silica and fumed silica fillers are used to impart radiopacity, wear resistance and physical strength.
• The filler loading is approximately 66% by weight. The average particle size for the filler is approximately 0.6 mm.

INDICATION:

• Cementing porcelain, composite and ceramic veneer restorations.

Curing Efficiency

Curing efficiency is important for a veneer cement because curing the cement requires light-curing through the veneer. The light intensity that reaches the cement can be greatly compromised depending on the thickness and shade of the veneer and also depending on the actual light output of the curing light. There are a wide variety of curing lights currently being used by clinicians with varying outputs. To obtain the desired physical properties upon curing, it is recommended that the minimum light output for a curing light is 400 mW/cm2 in the wavelength range of 400-500nm. The light-cure efficiency for various cement systems was measured using the translucent, clear, neutral or transparent shades. Two curing lights were used for the study, a lower power (451 mW/cm2 ) 3M Visilux II Curing Light and a high power (>2,000 mW/cm2 ) DMD Apollo 95E. The cements were cured at a 1mm thickness directly under the curing light and after filtering through simulated porcelain veneers (1.00 mm thick, Vintage Porcelain Body A2). Cure efficiency was determined by varying the exposure time and then sampling the Barcol hardness of a cement slab.

FEATURES:

• Customer-preferred delivery and shading system.
• Try-in pastes offer excellent color match to final cured cement.
• Light-cure-only system provides excellent color stability.
• Easy to clean up.
• Easy to dispense, apply and seat.
• Cement cures with a wide range of light sources
•  
• KEY SPECIFICATIONS:
• TECHNICAL DATA:

  Film Thickness : 5-10 μm

  Flexural Strength : 123 Mpa

  Color Stability : Good

  Solubility : 0.3 μg/mm3

  Water Sorption : 29 μg/mm3

  Compressive Strength : 345.7 MPa

  Diametral Tensile Strength : 77.6

  Depth of Cure : 3.0 mm

  PACKAGING:

  • 1x 2g Syringe

Posterior Restorative Material

3M ESPE Filtek P60 Posterior Restorative, is a visible-light activated, radiopaque, restorative composite. It is designed for use in posterior restorations. The filler in Filtek P60 restorative is zirconia/silica. The inorganic filler loading is 61% by volume (without silane treatment) with a particle size range of 0.01 to 3.5 μm. Filtek P60 restorative contains BIS-GMA, UDMA, and BIS-EMA resins. A dental adhesive is used to permanently bond the restoration to the tooth structure. The restorative is available in a variety of shades. It is packaged in traditional syringes

INDICATIONS:

• Direct posterior restorations class I and II
• Sandwich technique with glass ionomer resin material
• Cusp buildups
• Core buildups
• Splinting
• Indirect posterior restorations including inlays and onlays

FEATURES:

• Available in three shades
• Superior packability
• Fast curing-time – only 20 seconds to cure an increment of 2.5mm
• Excellent strength
• Wear resistance
• Low polymerisation shrinkage

Superior Packability:

• Packs well without sticking to instrument. Excellent marginal adaptation and interproximal contact

Easy Sculpting:

• With exceptional resistance to slumping

Fastest Placement Technique:

• Takes only 20 seconds to cure an increment of 2.5mm

Low Polymerization Shrinkage:

• Less stress on the tooth, less sensitivity potential for the patient

Excellent Wear Resistance and Strength

• Means you can be confident of long-lasting posterior restorations.

KEY SPECIFICATIONS:

• Excellent Handling
• Fastest Placement
• Low Shrinkage
• Excellent Wear Resistant & tear Strength

DIRECTIONS TO USE:

Instructions for Use

Preparation

1. Prophy: Teeth should be cleaned with pumice and water to remove surface stains

2. Shade Selection: Before isolating the tooth, select the appropriate shade(s) of restorative material using the Filtek P60 shade guide

3. Isolation: A rubber dam is the preferred method of isolation. Cotton rolls plus an evacuator can also be used.

Directions for DIRECT RESTORATIONS

1. Cavity Preparation: Prepare the cavity. Line and point angles should be rounded. No residual amalgam or other base material should be left in the internal form of the preparation that would interfere with light transmission and therefore, the hardening of the restorative material.

2. Pulp Protection: If a pulp exposure has occurred and if the situation warrants a direct pulp capping procedure, use a minimum amount of calcium hydroxide on the exposure followed by an application of Vitrebond or Vitrebond Plus Light Cure Glass lonomer Liner/Base, manufactured by 3M ESPE. Vitrebond liner/bases may also be used to line areas of deep cavity excavation. See Vitrebond liner/base instructions for details

3. Placement of Matrix: Place a thin dead-soft metal, or a precontoured-Mylar or a precontoured-metal matrix band and insert wedges firmly. Burnish the matrix band to establish proximal contour and contact area. Adapt the band to seal the gingival area to avoid overhangs. Note: The matrix may be placed following the enamel etching and adhesive application steps if preferred

4. Adhesive System: Follow the manufacturer’s instructions regarding etching, priming, adhesive application and curing

5. Dispensing the Composite: Dispense the necessary amount of restorative material from the syringe onto the mix pad by turning the handle slowly in a clockwise manner. To prevent oozing of the restorative material when dispensing is completed, turn the handle counterclockwise a half turn to stop paste flow. Immediately replace syringe cap. If not used immediately, the dispensed material should be protected from light.

6. Placement:

6.1 Place and light cure restorative in increments no thicker than 2.5 mm

6.2 Slightly overfill the cavity to permit extension of composite beyond cavity margins. Contour and shape with appropriate composite instruments

6.3 Avoid intense light in the working field

6.4 Posterior placement hints: a) To aid in adaptation, the first 1 mm layer may be placed and adapted to the proximal box. b) A condensing instrument (or similar device) can be used to adapt the material to all of the internal cavity aspects

7. Curing: This product is intended to be cured by exposure to a halogen or LED light with a minimum intensity of 400mW/cm2 in the 400-500 nm range. Cure each increment by exposing its entire surface to a high intensity visible light source, such as 3M ESPE curing light for 20 seconds. Hold the light guide tip as close to the restorative as possible during light exposure

8. Finishing: Contour restoration surfaces with fine finishing diamonds, burs or stones. Contour proximal surfaces with Sof-Lex Finishing Strips, manufactured for 3M ESPE

9. Adjust Occlusion: Check occlusion with a thin articulating paper. Examine centric and lateral excursion contacts. Carefully adjust occlusion by removing material with a fine polishing diamond or stone

10. Polishing: Polish with Sof-Lex Finishing and Polishing System and with white stones or rubber points where discs are not suitable

Directions for Indirect Procedure

For Inlays, Onlays Or Veneers

1. Dental Operatory

Procedure

1.1 Shade selection: Choose the appropriate shade(s) of Filtek P60 restorative prior to isolation. If the restoration is of sufficient depth, use of an opaque shade is recommended

1.2 Preparation: Prepare the tooth

1.3 Impressioning: After preparation is complete, make an impression of the prepared tooth by following the manufacturer’s instructions of the impressioning material chosen. An impressioning material, such as manufactured by 3M ESPE, may be used.

2. Laboratory Procedure

2.1 Pour the impression of the preparation with die stone. Place pins at the preparation site at this time if a “triple tray” type of impression was used

2.2 Separate the cast from the impression after 45 to 60 minutes. Place pins in die and base the cast as for a typical crown and bridge procedure. Mount or articulate the cast to its counter model to an adequate articulator

2.3 If a second impression was not sent, pour a second cast using the same impression registration. This is to be used as a working cast

2.4 Section out the preparation with a laboratory saw and trim away excess or, expose the margins so they can be easily worked. Mark the margins with a red pencil if needed. Add a spacer at this time if one is being used

2.5 Soak the die in water, then with a brush, apply a very thin coat of separating medium to the preparation, let it dry somewhat, then add another thin layer

2.6 Add the first third of composite to the floor of the preparation, stay short of the margins, light cure for 20 seconds

2.7 Add the second third of composite. Allow for the last third (incisal) to include the contact areas, light cure for 20 seconds

2.8 Place the die back into the articulated arch, add the last third of composite to the occlusal surface. Overfill very slightly mesially, distally, and occlusally. This will allow for the mesiodistal contacts and the proper occlusal contact when the opposing arch is brought into occlusion with the uncured incisal increment. Light cure for only ten seconds, then remove the die to prevent adhering to adjacent surfaces. Finish the curing process

2.9 With the occlusal contacts already established, begin removing the excess composite from around the points of contact. Develop the inclines and ridges as per remaining occlusal anatomy

2.10 Care must be taken when removing the prosthesis from the die. Break off small amounts of the die from around the restoration, the di

RelyX U200 – the latest generation of the world´s most clinically proven self-adhesive resin cement – is available in the Clicker Dispenser and in an easy-to-use automix syringe.

• Comfortable and easy delivery
• Simple and time-saving one-step solution
• High-performing self-adhesive resin cement

Indicated for the permanent cementation of:

• All-ceramic, composite, or metal inlays, onlays, crowns and bridges
• Posts and screws
• 2- or 3-unit Maryland bridges
• 3-unit inlay/onlay bridges
• All-ceramic, composite, or metal restorations to implant abutments

ADVATAGES

• Time-saving – no etching**, priming or bonding.
• Virtually no post-operative sensitivity*.
• Easy removal of excess.
• Optimal consistency.
• Strong and moisture-tolerant.

FEATURES:

• • Comfortable and easy delivery in automix syringe
  • Comfortable handling
  • Optimal consistency for dispensing and seating
  • Flexible dosing
  • Time-saving
  • A great choice of tips allows always easy application of paste directly into the cavity
  • Low risk of air bubbles and voids
  • Simple and time-saving one-step solution.
  • Only a few working steps required
  • No pre-treatment such as etching, priming or bonding necessary
  • High-performing self-adhesive resin cement.
  • RelyX U200 Cement is strong where it counts and offers high adhesion, resistance to discolouration, long-term stability and almost no post-operative sensitivities.
  • Its exceptionally simple handling, dispensing, treatment and overall working conditions makes this cement a favourite for dentists who are counting on uncompromising quality.

TECHNICAL INFORMATION :

• • • RelyX U200 Cement is strong where it counts and combines the key factors for clinical success:

High colour stability for natural aesthetics.

• • • Patients will enjoy the high colour stability of RelyX U200 cement. Compared to other leading products, it clearly shows the least amount of discolouration after 3 days in a coffee solution.

Glass Ionomer Liner

Features

Indication

Glass Ionomer Restorative

FEATURES

PACKAGING:

Intro Kit:- 1 Clicker Dispenser A2 (12 g); 1 Clicker Dispenser A3 (12 g); Primer (6.5 ml); 50 Delivery Tips with pistons; Mixing Pad; 60 Fiber Tips; 1 Applicator Handle; 48 Disposable Mixing Wells; Shade Guide; Instructions; Technique Guide.

 Trial Kit:- 1 Clicker Dispenser A3 (12 g); Primer (6.5 ml); 10 Delivery Tips with pistons; Instructions; Technique Guide