Description:

The IMP 24895 – Conical 3.2/4.5 Long Drill is a high-precision surgical instrument designed for final-stage osteotomy preparation in tapered dental implant procedures. With a conical profile that transitions from 3.2mm at the apical tip to 4.5mm at the coronal end, this drill allows clinicians to shape the implant site with confidence—ensuring optimal mechanical engagement and primary stability for conical implant systems.
Crafted from surgical-grade stainless steel, the drill delivers exceptional durability, cutting efficiency, and corrosion resistance. The extended working length makes it especially well-suited for deep osteotomies and long implant placements, including those in the posterior mandible or in cases with significant vertical bone height.
The tapered geometry supports intimate bone-to-implant contact, improving initial stability and providing ideal conditions for osseointegration. This design also minimizes excessive cortical compression, helping to reduce thermal trauma and promote healthy bone healing.
Helical flute design facilitates efficient bone cutting and reliable debris evacuation, while laser-etched depth markings provide precise visual reference throughout the drilling process. The elongated shaft offers improved access in anatomically complex or hard-to-reach posterior sites.
Compatible with most standard surgical handpieces, the IMP 24895 integrates seamlessly into guided or freehand implant placement protocols. It’s particularly effective in sequential drilling workflows where conical osteotomy shaping is essential for matching the implant’s final geometry.
Reusable and autoclavable, the drill is delivered non-sterile and must be properly cleaned and sterilized before clinical use. Designed for repeated use without compromise in performance, it offers both clinical reliability and cost efficiency.
The IMP 24895 – Conical 3.2/4.5 Long Drill provides precision, safety, and consistency in osteotomy formation for tapered implants—making it an essential tool for implantologists seeking control and predictability in advanced surgical cases.