Posts and Drills | Online catalog

Fiber Posts

Versatile range of fiber posts and drills for aesthetic restorations

Fiber posts are a great alternative to metal posts for aesthetic, metal-free restorations. There are different types of fiber posts with compatible drills available for the Direct One-Practice-Visit Technique.

ParaPost Taper Lux

Ideal for narrow canals and metal-free high aesthetic restorations.

ParaPost Fiber Lux

Ideal for universal post application and metal-free high aesthetic restorations.

ParaPost Fiber White

Ideal for universal post application and metal-free high aesthetic restorations, particularly suitable for masking discoloured roots.

TENAX Fiber Trans

High quality, translucent fiber resin post system for metal-free and aesthetic restorations.

TENAX Drills

Drills suitable for TENAX Fiber Trans Post system.

ParaPost Drills Tapered

Cylindro-conical drills suitable for ParaPost Taper Lux Posts.

ParaPost Drills Parallel

Cylindrical standard drills suitable for all parallel ParaPosts systems.

Metal Posts and Drills

Complete endodontic post system for all indications

ParaPost X is a universal endodontic post system for direct post and core buildups as well as all casting techniques. The standardized system of post and compatible drill consists of seven sizes including two intermediate sizes.

ParaPost System Ti

ParaPost XT

Ideal for applications where very high mechanical grip is required.

ParaPost XH

Ideal or easy core buildup applications.

TENAX Posts

Cylindro-conical, passive post system

ParaPost Drills Parallel

Cylindrical standard drills suitable for all parallel ParaPosts systems.

Casting Post Components

Prefabricated casting components for direct & indirect casting techniques

ParaPost X-System consists of passive cemented, cylindrical, prefabricated casting components for the direct and indirect casting techniques. The standardized system of posts with compatible drills is ideal for clinical situations requiring the additional strength of a precise, one-piece cast post/core, and the choice of alloy.