Imaging · Products

ImplantMax Dental Implant Navigation System

Developed by Taiwan-based Saturn Imaging, ImplantMax provides an integrated solution for computer-aided dental implant planning and surgical execution. The system combines preoperative planning software with hardware components that enable either static surgical guide fabrication or dynamic real-time navigation during implant placement procedures.

Product Overview

ImplantMax addresses the clinical need for precise dental implant positioning by translating CBCT imaging data into actionable surgical plans. Clinicians can evaluate patient bone anatomy, consider prosthetic design requirements, and plan optimal implant trajectories within a unified software environment. The system then supports execution through two pathways: fabrication of patient-specific surgical guides or real-time navigation during freehand drilling.

The ImplantMax Workstation serves as the central hardware component, integrating planning software with an articulate robot arm used in the surgical guide manufacturing process. This combination allows dental laboratories to produce customized surgical templates based on the digital treatment plan.

Key Features

Preoperative Planning Software: Enables visualization of patient anatomy from CBCT/CT scans, implant position planning based on bone morphology and prosthetic considerations, and treatment simulation before surgery.

Surgical Guide Fabrication: The workstation’s robot arm assists in producing patient-specific surgical guides that transfer the digital plan to physical templates for guided surgery.

Real-Time Navigation: Dynamic navigation functionality provides live feedback during surgery, displaying the drill position relative to the planned implant trajectory.

Diagnostic and Teaching Tools: Built-in capabilities support case documentation, treatment planning review, and educational applications for training purposes.

Technical Specifications

For dental implant planning, Saturn Imaging’s ImplantMax processes CBCT and CT DICOM data to support both static surgical guide fabrication and dynamic real-time navigation during drilling.

ParameterSpecification
Imaging CompatibilityCBCT, CT (DICOM format)
Registration MethodPorcelain ball fiducial markers
Planning SoftwareIntegrated ImplantMax software
HardwareArticulate robot arm workstation
Navigation TypeStatic (guides) and Dynamic (real-time)

Clinical Applications

ImplantMax supports a range of dental implant procedures where accurate positioning is essential for prosthetic success and anatomical safety. The system has been used in academic research examining computer-aided surgical template accuracy, with studies published in peer-reviewed journals evaluating the precision of implant placement using the ImplantMax Workstation.

Clinical scenarios include:

  • Single tooth replacement with immediate loading protocols
  • Multiple implant cases requiring parallel placement
  • Complex anatomical situations with limited bone volume
  • Immediate post-extraction implant placement
  • Full-arch rehabilitation planning

Regulatory Status

RegionStatusDate/Reference
USA (FDA)510(k) ClearedK151152
Taiwan (TFDA)Approved衛部醫器製壹字第004614號
China (NMPA)Not Applied-
Europe (CE)Unknown-

Frequently Asked Questions

What imaging formats does ImplantMax support?

ImplantMax processes DICOM files from CBCT and CT scanners, the standard format used in dental and medical imaging.

Can ImplantMax be used for real-time navigation?

Yes, in addition to surgical guide fabrication, ImplantMax includes dynamic navigation functionality that provides real-time feedback during implant surgery.

Does ImplantMax have FDA clearance?

Yes, ImplantMax has received FDA 510(k) clearance under reference number K151152.

What is the accuracy of ImplantMax-guided procedures?

Academic studies using the ImplantMax Workstation have evaluated placement accuracy, with research demonstrating the system’s utility in computer-aided surgical template fabrication for dental implants.

Last modified: January 16, 2026

Sources

Publicly available references used for the data on this page. See data methodology for verification standards.