Neodent surgical kit
3 products
Neodent® Grand Morse® Surgical Kit
The Neodent® Grand Morse® Surgical Kit is designed to support safe, precise, and versatile implant placement across different bone densities. Developed for the Helix® Grand Morse® Implant System, it features a 16° Morse Taper connection, GM Exact indexing, and Platform Switching principles to enhance mechanical stability and optimize load distribution. The kit includes a comprehensive range of drills, positioning instruments, depth-control tools, and torque devices to support immediate placement and early loading protocols. Combined with NeoPoros® or Acqua® surface technologies, the system promotes reliable osseointegration and predictable clinical outcomes, helping clinicians achieve efficient workflows and long-term treatment success.
Neodent® EasyGuide Manual Surgical
The Neodent® EasyGuide Manual Surgical is designed to simplify digital implant workflows while providing accurate implant positioning and predictable clinical outcomes. By integrating CBCT imaging, intraoral scanning, and 3D virtual planning, the system enables the fabrication of customized surgical guides that support fully guided placement of Helix GM™ implants. EasyGuide® drills are engineered to work directly within the surgical sleeve without the need for additional drill reducers, while integrated physical stops provide precise depth control throughout osteotomy preparation. The system supports a streamlined one-handed guided surgery technique, improving surgical efficiency, treatment predictability, and patient acceptance of implant therapy.
Grand Morse™ Neodent® Guided Surgery (GM NGS)
The Neodent® Grand Morse™ Guided Surgery (GM NGS) designed to enhance surgical accuracy, predictability, and workflow efficiency. The system supports the complete guided surgery process, including CBCT and digital impression acquisition, 3D treatment planning, surgical guide fabrication, osteotomy preparation, and guided placement of Helix™ Grand Morse™ implants. Color-coded sleeves, drill guides, and surgical instruments simplify clinical procedures, while physical stop mechanisms help provide controlled depth management during drilling and implant insertion. Compatible with major implant planning software platforms, the system supports a streamlined digital workflow and predictable clinical outcomes in modern implant dentistry.