6pcs Dental NiTi Super Rotary Files for Endodontic Endo Motor Root Canal 25MM US
Dental Endodontic Root Canal Niti Super Rotary Files Engine Use 25MM/21MM/19MM
A maxillary second molar and a mandibular second premolar were shaped with files, and smooth uniformly tapered canals were created more easily than with stainless steel hand files. During use of NiTi rotary files, it is necessary to consider their potential for breakage.
SANDENT Dental NiTi Endo Engine Use Root Canal Rotary Files 21mm/25mm/31mm
A maxillary second molar and a mandibular second premolar were shaped with files, and smooth uniformly tapered canals were created more easily than with stainless steel hand files. During use of NiTi rotary files, it is necessary to consider their potential for breakage.
SANDENT Dental NiTi Endo Engine Use Root Canal Rotary Files 21mm/25mm/31mm
A maxillary second molar and a mandibular second premolar were shaped with files, and smooth uniformly tapered canals were created more easily than with stainless steel hand files. During use of NiTi rotary files, it is necessary to consider their potential for breakage.
SANDENT Dental NiTi Endo Engine Use Root Canal Rotary Files 21mm/25mm/31mm
A maxillary second molar and a mandibular second premolar were shaped with files, and smooth uniformly tapered canals were created more easily than with stainless steel hand files. During use of NiTi rotary files, it is necessary to consider their potential for breakage.
Universal Engine NiTi Files (1 Pack) 6 Files per pack
FDA for Curing Light: 510(K) Number: K192233, Regulation Number: 21 CFR 872.6070, Product Code: EBZ. FDA for Handpiece: 510(K) Number: K181691, Regulation Number: 872.4200, Classification Product Code: EFB, Subsequent Product Code: EGS.
Universal Engine NiTi Files (1 Pack) 6 Files per pack
A maxillary second molar and a mandibular second premolar were shaped with files, and smooth uniformly tapered canals were created more easily than with stainless steel hand files. During use of NiTi rotary files, it is necessary to consider their potential for breakage.