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Showing 37–48 of 307 results
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DCTAPERH ROTARY FILE 17/20/22/25/30/35 25MM ASSORTED – 6 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
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DCTAPERH ROTARY FILE 17/20/22/25/30/35 31MM ASSORTED – 6 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
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DCTAPERH ROTARY FILE 17/20/25 21MM ASSORTED – 3 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
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DCTAPERH ROTARY FILE 17/20/25 21MM ASSORTED – 3 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
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DCTAPERH ROTARY FILE 17/20/25 25MM ASSORTED – 3 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
-
DCTAPERH ROTARY FILE 17/20/25 25MM ASSORTED – 3 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
-
DCTAPERH ROTARY FILE 17/20/25 31MM ASSORTED – 3 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
-
DCTAPERH ROTARY FILE 17/20/25/30/35/40 21MM ASSORTED – 6 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
-
DCTAPERH ROTARY FILE 17/20/25/30/35/40 25MM ASSORTED – 6 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
-
DCTAPERH ROTARY FILE 17/20/25/30/35/40 31MM ASSORTED – 6 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
-
DCTAPERH ROTARY FILE 17/V04 L21 – 6 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
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DCTAPERH ROTARY FILE 17/V04 L21 STERILE – 6 PACK
Free
Heat Treated for Increased Flexibility and StrengthSafe instrumentation with pericervical dentin preservation is especially important in long and curved canals and is made possible with the regressive taper design and extremely flexible metallurgy of the DCTaperH™ rotary file system. While most rotary file systems have a diameter at the level of the canal orifice that approximates 1.2 mm. The corresponding DCTaperH™ rotary file system has a maximum flute diameter of 0.69 mm at the level of the orifice, allowing for maximal dentin conservation where it matters.
“DCTaperH™ Niti rotary files achieve deeper apical shapes while developing naturally shaped canals that better simulate the original anatomy, allowing better access for irrigating and cleaning, and 3-D obturation”.
– Dr. John Khademi, Endodontist, Durango, Colorado
