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Micro Mega 2Shape Refills NiTi Rotary Files - 21mm TS1
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₹2,240.70
₹6,094
63% Off
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Brand: Micro Mega
Country of Origin: France
What's in the Box
1 x 6 Files
Micro Mega 2Shape Refills NiTi Rotary Files, specifically the "21mm TS1" variant, represent an advanced solution for endodontic instrumentation, meticulously designed to enhance efficiency and precision during root canal procedures. These NiTi rotary file refills are engineered for seamless integration into the Micro Mega 2Shape system, providing dental professionals with a sophisticated tool for shaping and cleaning root canals.
Constructed with Nickel Titanium (NiTi) rotary technology, these files incorporate T.Wire heat treatment, which significantly enhances their flexibility and offers up to 40% greater resistance to cyclic fatigue compared to standard files. The files feature an asymmetrical triple-helix cross-section, which includes two main cutting edges and one secondary cutting edge, optimizing both cutting efficiency and debris removal while minimizing the risk of instrument fracture.
Designed for continuous rotary motion, the Micro Mega 2Shape Refills are suitable for most clinical cases, facilitating excellent negotiation of canal curvatures and preserving the elasticity of the Nickel-Titanium. This design ensures effective root canal shaping and cleaning, respecting the original root canal anatomy and reducing mechanical impact on dental tissue.
Key Features :
Utilizes Nickel Titanium (NiTi) alloy with T.Wire heat treatment for enhanced flexibility and cyclic fatigue resistance.
Designed for efficient shaping and cleaning of root canals, suitable for a wide range of clinical applications.
Operates with continuous rotary motion, ensuring smooth and controlled movement within the canal.
Features an asymmetrical triple-helix cross-section with two main and one secondary cutting edge for superior cutting efficiency and debris removal.
Supplied sterile in blister packs for immediate and safe clinical use.
Certified as a Medical device class IIA according to Directive 93/42/EEC, with CE 0459 marking.
| Alloy Type | NiTi |
| Heat Treatment | T.Wire technology |
| Motion Type | Rotary |
| Cross-section Design | Asymmetrical triple-helix |
| Sterility | Sterile |
The 2Shape Refills are constructed from Nickel Titanium (NiTi) with an asymmetric cross-section design that enhances flexibility and reduces the risk of instrument fracture. This design preserves the elasticity of NiTi while providing better resistance to cyclic fatigue, allowing for improved negotiation of curved canals and safer instrumentation in complex anatomies.
The asymmetric cross-section increases the efficacy of circumferential brushing movements, enabling efficient selective cleaning and better removal of suspended debris. The 2Shape sequence incorporates a secondary cutting edge that respects the original root canal anatomy while improving cleaning efficiency on canal walls.
Yes, these refills are specifically designed for seamless integration into the Micro Mega 2Shape system. They work cohesively with the existing instrumentation setup, ensuring consistent and reliable performance within established endodontic procedures without requiring protocol modifications.
The 2Shape Refills operate as NiTi rotary files, providing smooth and controlled movement within the canal for optimized shaping. They are designed for primary root canal shaping and cleaning, with the flexibility to accommodate various root canal anatomies and canal curvatures.
The 2Shape sequence combines the asymmetric cross-section with a secondary cutting edge to achieve efficient cleaning while respecting the original root canal anatomy. This approach allows for more conservative preparation and selective removal of debris without over-enlargement of the canal walls.
The NiTi rotary technology, combined with the asymmetric cross-section design, preserves the elasticity of the material while providing enhanced flexibility. This allows the files to navigate curved canals more effectively and reduces the risk of instrument separation during instrumentation.