Surgical Kit For Basal/Cortical Implants

$1,200.00

Used for installation of basal/cortical implants such as our MAX Implant and PTR Implant.

# Condition: New
# Tools Material: Stainless Steel
# Platform: Internal Hex 2.42
# Basal/Cortical Drills Coating Material: Carbon DLC Coating
# Kit Material: High-Grade Medical Plastic
# Country of Manufacture: Israel

GDT Surgical Kit for Basal/Cortical Implants is a comprehensive solution for performing treatment procedures related to Basal/Cortical implant placement cases. This kit is designed to optimize the surgical process, providing a seamless experience with the recommended drilling protocol integrated into its core.

Equipped with essential tools such as osteotomes and surgical Cortical/Basal drills, this kit facilitates the creation of a precise path for basal implants such as our GDT MAX Implant and GDT PTR Implant. One of its standout features is the special osteotome designed for immediate implantation, creating a socket in the pterygoid bone. This osteotome is strategically used after drilling with a pilot drill, effortlessly passing through the cortical bone to reach the pterygoid bone, making it an ideal tool for basal implant placement.

The GDT DLC Step Drills included in the kit are engineered for utmost precision and reliability during initial drilling and socket preparation. Their unique design ensures accuracy as each drill is guided by the previous one, contributing to a secure and precise drilling process. The DLC coating, or "diamond-like-carbon" coating, along with special web thinning, minimizes cutting resistance and heat generation, ensuring optimal stability throughout the procedure.

Designed for convenience, the instruments in this kit are organized with ergonomic layouts, clear labeling, and an intuitive arrangement. Drills are positioned from left to right and top to bottom, following the perfect drilling protocol. This thoughtful organization enhances the surgeon's experience, providing a more intuitive feel and contributing to the achievement of the best possible results in Basal/Cortical surgical procedures.