Neoendo Neohybrid Rotary Files Pack of 6

Advanced Design Meets Everyday Ease

The unique hybrid design combines flexibility and superior cyclic fatigue resistance, giving you unparalleled control without breaking a sweat (or a file). Worried about canal transportation, ledging, or file separation? Not with Neohybrid! These files are equipped with a non-cutting safety tip, making smooth canals your new standard.

From Simple to Complex—We’ve Got You Covered

Neoendo Neohybrid Rotary Files thrive in both simple and complex procedures. Their versatility ensures an efficient and safe root canal shaping experience that puts your patients at ease and elevates your work to masterpiece status. Who knew dentistry could be this satisfying?

Flexible Enough to Go With the Flow

The Neohybrid files are engineered with exceptional flexibility, allowing them to easily navigate even the trickiest canal anatomies. Twists, turns, or surprises? No problem. They’ve got you covered.

Built to Last, Built to Trust

Forget the fear of file separation—these rotary files boast superior cyclic fatigue resistance. They’re not just tools for the job; they’re the dependable partner that makes you look good.

Neoendo Neohybrid Rotary Files offer an optimized balance of cutting efficiency, flexibility, and safety for modern endodontic procedures. Manufactured using proprietary heat-treated nickel-titanium (NiTi) wire, these hybrid files provide high resistance to cyclic fatigue and stress reduction along dentinal walls. The safety non-cutting tip guides the file smoothly following the natural anatomy of the canal, eliminating the risk of zipping or apical perforation. Equipped with laser-etched depth markings and ISO color-coded shank rings, Neoendo Neohybrid files deliver high tactile confidence and predictable canal preparation for clinicians.

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Key Features

• Heat-treated NiTi construction offering enhanced flexibility and resistance to cyclic fatigue

• Hybrid design optimizing cutting efficiency while minimizing stress on dentinal walls

• Non-cutting safety tip to preserve natural canal trajectory and prevent ledging or zipping

• Progressive pitch configuration to eliminate the screw-in effect

• Clear laser-etched working length markings on the shank

• ISO color-coded identification rings for tip size and taper recognition

• Smooth debris removal via optimized flute design to prevent coronal clogging

• Excellent tactile control during mechanical instrumentation

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Indications

• Root canal cleaning and shaping in endodontic procedures

• Preparation of curved, narrow, or complex root canals

• Final shaping of canal anatomy prior to obturation

• Mechanical instrumentation for both anterior and posterior teeth

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Available Variations

Length

• 21 mm

• 25 mm

• 31 mm

Taper

• 4% (.04)

• 6% (.06)

Tip Size

• #17

• #20

• #25

• #30

• #35

• Assorted Pack (#17-#30)

Examples

• 21mm / 17/.04

• 25mm / 25/.04

• 25mm / 25/.06

• 25mm / Assorted

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Attributes

Attribute	Value
Brand	Neoendo
Material	Heat-Treated NiTi
Design	Hybrid Cross-Section
Packaging	6 Files/Pack
Speed	350 RPM
Torque	1.5 Ncm
Motion	Rotary
Sterile	Non-Sterile
Usage	Root Canal Preparation

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Composition

• Proprietary Heat-Treated Nickel-Titanium (NiTi) Alloy

• Metal Shank with ISO Color-Coded Rings

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Packaging

1 Pack Contains:

• 6 Neoendo Neohybrid Rotary Files (Blister Pack)

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Directions For Use

1. Prepare access cavity and establish canal patency using #8, #10, or #15 K-Files.

2. Determine working length using an apex locator or radiograph.

3. Set the endodontic motor to 350 RPM speed and 1.5 Ncm torque.

4. Advance the Neoendo Neohybrid file gently into the canal using a continuous brushing motion.

5. Work passively to the point of light resistance, brush out of the canal, and repeat until working length is achieved.

6. Clean cutting flutes regularly, irrigate thoroughly with sodium hypochlorite/EDTA, and recapitulate with a K-File.

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Benefits

• High flexibility allows safe negotiation of curved and intricate canal systems

• Superior fatigue resistance minimizes the risk of file fracture during operation

• Reduced friction against canal walls preserves periapical structure

• Streamlined clinical sequence reduces overall chairside treatment time

• Clear visual identification system for fast setup and workflow