MICRO MEGA HERO SHAPER MANUAL STARTER KITS

Using HERO Shaper® for orthograde treatment has never been quicker and simpler. Conditions such as irreversible pulp pathology, pulpitis and necrosis are easily managed using the HERO Shaper® rotary nickel -titanium instruments at low speed.

HERO Shaper® files, with their pronounced tapers, are designed for use with the crown-down technique to progressively remove constraints and flare the canal. The coronal third is prepared using .06 taper HERO Shaper® files and the apical third is prepared using .04 taper HERO Shaper® files. The varying helical pitch and length of the cutting portion of the files provide them with an excellent combination of efficiency and flexibility.

Key Specifications
2 Files Shaping System
Avoids screwing effects: helical angle varies from tip to shank
Time saving: 10s of use per instrument for efficient shaping

Tech Info
Clinical cases:

Case 1

Canal treatment of a second lower molar (37). The debridement technique takes account of the flared form of the coronal half.

Case 2

Pulpectomy and endodontic treatment of the upper right molar (17) that respect the initial canal axis perfectly.

Case 3

Endodontic treatment of a second lower left molar. The curve in the apical portion of the mesial canal was negotiated without difficulty. The apical third was flared using a HERO Apical® .06 and .08 sequence.

Features
An innovative pitch:

Efficiency/Flexibility/Strength.

A positive advance in root canal preparation:

This root canal treatment method is faster and allows:

Avoids screwing effects: the helical angle of the cutting edges varies from the tip to the shank.
The new pitch also varies according to the taper: the more tapered an instrument is, the longer is its pitch; This can be described as an ADAPTED pitch. Increased instrument performance :
The blade shows a triple helix cutting edge.
The tip is inactive in order to follow the canal anatomy.
Improved patient comfort.
Time saving : 10 seconds of use per instrument for efficient shaping.
Reduced operator fatigue.
Less instruments to handle.
Reproducible results.
Increased safety:
Anti Breakage Control: the instrument unwinds to prevent the risk of fracture.
no screwing effect.
excellent debris evacuation.