• These posts are extremely solid, long-living and flexible.
• The material transmits light easily and is very radiocontrast.
• Most applicable for aesthetic tooth restoration Glass fiber usage allows to minimize stress & shock to dentine.
• (Size : 1.0 mm & 1.2mm).

• Parallel shape with grooves: great retention. 
• Metal filament: allows radiographic visualization. 
• Longitudinal fibers: easy removal.
• For use with Peeso (Largo) drills: easy to adapt.
• High concentration of fibers: great mechanical properties.
• Modulus of elasticity similar to dentin´s: lower risk of root fracture.
• Conical tip: less tissue removal in apical third of root canal.
• Direct use (prefabricated): saves clinical time and decreases lab costs.

• High mechanical strength: absorbs masticatory loads.
• Modulus of elasticity similar to dentin´s: lower risk of root fracture.
• Esthetics: universal shade, excellent transmission of light.
• Glass fiber: easy to adjust with rotatory instruments.
• Simple technique: allows the fabrication of post and core in one session.
• No corrosion: does not caus darkening of root or metallic taste.
• Construction of prefabricated core build-up with prefabricated posts.

• Exodontia Sponges.
• Filled Gauze.
• Non-sterile.
• Cotton Filled.
• 2 X 2 inch -4Ply.

Made of high quality stainless steel.

• Dentine-like elasticity behaviour, high transverse strength.
• High radiopacity (350% Al).
• Translucency like dentine.
• Anatomical shape.
• Adhesive luting.
• Removable.
• All materials in the set match each other.
• Post insertion and core-build-up in one step.
• Futurabond DC– Safe self-cure– High adhesion without additional etchin.

• More than a post alone, RelyX™ Fiber Post from 3M ESPE is a complete system, designed to make excellent clinical results easier to achieve.

translucent glass fibers bundled in a proprietary clear resin matrix provide outstanding flexural strength and help to preserve the natural lifelike esthetics that is desired when all-ceramic restorations are prescribed.

• Support of restorations and prosthetic crowns.
• Direct use (prefabricated): saves clinical time and decreases lab costs .
• Standardized according to Largo burs (Largo 2): easy to use.
• Versatility of sizes (4 sizes): easy do adapt.
• Not srew-retained: no generation of stresses.
• Sandblasted surface: excellent retention for the cement.

• High-intensity Glass fiber post has a special drill to make an exact match with the fiber resin post

• High-intensity Glass fiber post has a special drill to make an exact match with the fiber resin post.

• Greater radiopacity: allows radiographic visualization.
• Standardized burs with inactive tip: precise calibration of posts according to burs present in the kit; very thin cement layer.
• High concentration of fibers: better mechanical properties.
• Special glass fiber: excellent transmission of light.
• Double taper: matches root canal shape.
• Modulus of elasticity similar to dentin´s: lower risk of root fracture.
• Silicone stop: identifies post size and indicates place for cutting.

translucent glass fibers bundled in a proprietary clear resin matrix provide outstanding flexural strength and help to preserve the natural lifelike esthetics that is desired when all-ceramic restorations are prescribed.

• Optimal cosmetic solution for prosthetic restorations.
• Single ceramic restorations incorporating glass-fiber posts in the laboratory.

• Precision-engineered
• Industrial approved design
• Unmatched quality

• Glass fiber.
• Higher volum of fibers inside the root canal.
• Versatility of use.
• Higher volum of fibers inside the at the cervical area of the root.
• Simultaneous cementation of posts. 
• Prefabricated
• High resistance, esthetics and allows transmission of light.
• Less risk of weakless root canal.
• For narrow and wide root canals.

High Quality and precise product

• The EG Post with its effective groove provides an excellent surface for adhesion with any cement or bonding agent.

• Alternative to metal posts when metal-free restorations are desired.
• Tapered post design for narrow canals.

• Direct use (prefabricated): saves clinical time and decreases lab costs. 
• Standardized according to Largo burs (Largo 2): easy to use.
• Versatility of sizes (4 sizes): easy do adapt.
• Not srew-retained: no generation of stresses.
• Sandblasted surface: excellent retention for the cement.

• For reliable post extraction treatment.

Made of high quality stainless steel.

• Low polymerization shrinkage.
• Greater accuracy and dimensional stability.
• Improved defined margins.
• High strength; ultra smooth surface.
• No distortion.
• Strength is not compromised, even in thin layers.

• Support of restorations and prosthetic crowns.
• Direct use (prefabricated): saves clinical time and decreases lab costs .
• Standardized according to Largo burs (Largo 2): easy to use.
• Versatility of sizes (4 sizes): easy do adapt.
• Not srew-retained: no generation of stresses.
• Sandblasted surface: excellent retention for the cement.

translucent glass fibers bundled in a proprietary clear resin matrix provide outstanding flexural strength and help to preserve the natural lifelike esthetics that is desired when all-ceramic restorations are prescribed.

• Glass fiber: excellent esthetic results. 
• High concentration of fibers: great mechanical properties.
• Metal filament: allows radiographic visualization. 
• Modulus of elasticity similar to dentin's: lower risk of root fracture.
• Conical tip: less tissue removal in apical third of root canal.
• Parallel shape with grooves: great retention.
• Direct use (prefabricated): saves clinical time and decreases lab costs.
• Longitundinal fibers: easy removal.

• Post Extraction Instructions Patient Education Leaflets

• High-intensity Glass fiber post has a special drill to make an exact match with the fiber resin post.

• High concentration of fibers: great mechanical properties.
• Metal filament: allows radiographic visualization. 
• Modulus of elasticity similar to dentin´s: lower risk of root fracture.
• Conical tip: less tissue removal in apical third of root canal.
• Parallel shape with grooves: great retention.
• Direct use (prefabricated): saves clinical time and decreases lab costs.
• Longitundinal fibers: easy removal.

Functional post design
The post consists of a cylindrical and a conical apical part. The rounded retentions in the head-section support secure bonding and additionally serve to anti-rotation. In the apial section the spiral escape grooves ensure decompression and retention.

translucent glass fibers bundled in a proprietary clear resin matrix provide outstanding flexural strength and help to preserve the natural lifelike esthetics that is desired when all-ceramic restorations are prescribed.

• High-intensity Glass fiber post has a special drill to make an exact match with the fiber resin post.

• Quick and easy core Build up Plastic, Disposable, Single use Easy to place, Cut, Trim and remove. Numeric Coding in 10 Sizes.

• Post size follows root canal anatomy: exact fit to root canal. 
• Standardized burs: precise calibration of posts according to burs Present in the kit Very thin cement layer. 
• Double taper: matches root canal shape. 
• Special glass fiber: high esthetics and strength.
• Special glass fiber: excellent transmission of light. 
• High concentration of fibers: better mechanical properties.
• Greater radiopacity: allows radiographic visualization. 
• Modulus of elasticity similar to dentin : lower risk of root fracture.

Made of high quality stainless steel.

With Pentron’s Post & Core System, everything you need is in one easy-to-access kit. Our value-bundled system of proven products will help you save time, enhance efficiency, and build a structurally sound and healthy foundation – empowering you to deliver consistent restorations.

• Optimal cosmetic solution for prosthetic restorations.
• Single ceramic restorations incorporating glass-fiber posts in the laboratory.

• Parallel Translucent Fiber Post Systems. An alternative to metal posts when an esthetic metal-free restoration is desired.

• Parallel shape with grooves: great retention. 
• Metal filament: allows radiographic visualization. 
• Longitudinal fibers: easy removal.
• For use with Peeso (Largo) drills: easy to adapt.
• High concentration of fibers: great mechanical properties.
• Modulus of elasticity similar to dentin´s: lower risk of root fracture.
• Conical tip: less tissue removal in apical third of root canal.
• Direct use (prefabricated): saves clinical time and decreases lab costs.

• FILPIN has been design engineered to be faster and easier to place even in difficult cases, safer to place by reducing the risk of tooth cracking and crazing, and stronger in use via its unique 'retentive' thread.

High Quality and precise product

• Post size follows root canal anatomy: exact fit to root canal. 
• Standardized burs: precise calibration of posts according to burs Present in the kit Very thin cement layer. 
• Double taper: matches root canal shape. 
• Special glass fiber: high esthetics and strength.
• Special glass fiber: excellent transmission of light. 
• High concentration of fibers: better mechanical properties.
• Greater radiopacity: allows radiographic visualization. 
• Modulus of elasticity similar to dentin : lower risk of root fracture.

• Post size follows root canal anatomy: exact fit to root canal. 
• Standardized burs: precise calibration of posts according to burs Present in the kit Very thin cement layer. 
• Double taper: matches root canal shape. 
• Special glass fiber: high esthetics and strength.
• Special glass fiber: excellent transmission of light. 
• High concentration of fibers: better mechanical properties.
• Greater radiopacity: allows radiographic visualization. 
• Modulus of elasticity similar to dentin : lower risk of root fracture.

• Post size follows root canal anatomy: exact fit to root canal. 
• Standardized burs: precise calibration of posts according to burs Present in the kit Very thin cement layer. 
• Double taper: matches root canal shape. 
• Special glass fiber: high esthetics and strength.
• Special glass fiber: excellent transmission of light. 
• High concentration of fibers: better mechanical properties.
• Greater radiopacity: allows radiographic visualization. 
• Modulus of elasticity similar to dentin : lower risk of root fracture.