Neoendo S – S Cross-section Rotary Files

The Ultimate Game-Changer in Endodontics

If your root canal toolkit feels stuck in the stone age, meet Neoendo S Rotary Files—the future you didn’t know you needed. With an ingenious S-shaped cross-section, these files slice through tasks like butter, delivering maximum cutting efficiency while keeping radial wall contact to a minimum. Think precision meets effortlessness!

Flexibility That Bends, Not Breaks

The secret weapon? A proprietary heat-treated NiTi alloy that offers superb flexibility and resilience. Wave goodbye to cyclic fatigue woes and hello to unshakable confidence during every procedure. These files essentially have a PhD in adaptability!

Safety First, Always

Equipped with a non-cutting safety tip and a progressive pitch, Neoendo S files ensure your work stays smooth, precise, and safe. Oh, and that annoying screw-in effect? Consider that eliminated. These files are here to make your endodontic life a whole lot easier.

Get ready to experience smoother, smarter, and safer root canal preparations. Neoendo S Rotary Files—because cutting-edge doesn’t have to be complicated!

Neoendo S Rotary Files are advanced heat-treated nickel-titanium (NiTi) endodontic instruments crafted for efficient, safe, and precise canal shaping. Featuring an optimized S-shaped cross-section, these files minimize contact with the dentinal walls, substantially reducing torsional stress and torque load on the file. The flexible wire metallurgy adapts easily to curved canals while offering superior cyclic fatigue resistance to prevent file separation. With a non-cutting safety tip, laser-etched depth markings, and clear ISO color coding, Neoendo S files give clinicians complete tactile confidence and precision throughout root canal therapy.

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Key Features

• Innovative S-shaped cross-section for maximum cutting efficiency

• Heat-treated NiTi alloy for enhanced flexibility and fracture resistance

• Reduced radial contact area to lower operational torque

• Non-cutting safety tip to prevent ledging, zipping, or canal transportation

• Progressive pitch design to eliminate the pull-in/screw-in effect

• Clear laser-etched length markings on the shank for easy depth measurement

• ISO color-coded rings for tip size identification

• Taper ring identification (1 Ring = 4% taper, 2 Rings = 6% taper)

• Excellent coronal debris evacuation capability

• Smooth, tactile response during canal shaping

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Indications

• Root canal shaping and enlargement during endodontic therapy

• Cleaning and shaping of simple to complex root canal anatomy

• Preparation of curved root canals

• Mechanical glide path enlargement and final canal shaping

• General endodontic procedures

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Available Variations

Length

• 21 mm

• 25 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
Cross-Section	S-Shaped
Packaging	6 Files/Pack
Speed	400 RPM
Torque	2.0 Ncm
Motion	Rotary
Sterile	Non-Sterile
Usage	Root Canal Shaping

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 S Rotary Files (Blister Pack)

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Directions For Use

1. Prepare access cavity and establish canal patency using #8, #10 K-Files or #12 Neoprobe Files.

2. Set the endodontic motor to 400 RPM and 2.0 Ncm torque.

3. Introduce the Neoendo S file into the canal using a light, continuous brushing motion passively to the point of light resistance.

4. Brush out of the canal until working length is reached; never force the file.

5. Frequently clean the cutting flutes, irrigate thoroughly with canal irrigant, and recapitulate using a K-File.

6. Proceed sequentially through file sizes until the desired apical preparation size is achieved.

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Benefits

• High resistance to cyclic fatigue minimizes risk of instrument separation

• Superior flexibility for smooth navigation through curved canals

• Reduced stress on dentinal walls for safer preparation

• Predictable and uniform canal shaping

• Quick identification of file size and taper via clear coding

• Excellent debris clearance prevents canal clogging