AccuPlan® & AccuPlate®

CMF Reconstruction

Overview

Comprehensive Virtual Surgical Planning and Patient-Matched Implants

AccuPlan and AccuPlate work to optimize maxillofacial and orbital reconstruction surgeries using detailed patient scan data and surgeon input. Our AccuPlan surgical planning uses 3D-CAD software to design custom guides, splints, and models, and AccuPlate delivers 3D printed titanium plates for a patient’s unique anatomy, customized for screw hole placement, thickness, and contour. Our advanced 3D printing allows for intricate designs that reduce mechanical stress and ensure precision in complex reconstructions.

Resources

Case Requirements

Patient CT Data
AccuPlan Service Request
Online Planning Session
Dental Data (if applicable)

Features

Patient-Specific Plating

Fully customized, patient-specific titanium mandible and midface reconstruction plates conform precisely to individual anatomy, avoiding the mechanical stress introduced by intraoperative bending. The result is reduced operating time, improved surgical workflow, and enhanced fixation accuracy, resulting in better aesthetic and functional outcomes with minimal complications.

Surgeon-Specific Designs

Our surgeon-centered design process allows for customization of plate thickness, screw hole placement, plate length, contour, and more advanced features for tailoring to unique clinical objectives and the patient’s specific anatomy. Surgeons collaborate directly with our MedCAD design team for fully customized plates built to exact specifications, rather than cookie-cutter solutions

3D Printed Titanium Alloy

Excellent biocompatibility and highly resistant to corrosion.
Allows for more complex features and next-level customization
Quicker Turnaround Times, typically 5 business days from approval to 3D printed plates, depending on surgeon response time and case complexity.

Frequently Asked Questions

Bone-Borne Surgical Guide: This is a lower profile option and can be used in situations where there is no occlusal data. This type of guide is attached directly to the bone, providing a highly stable and precise reference point during surgery. Occlusal-Based Guide: This guide is dependent on the patient’s occlusion and is placed on the patient’s teeth (occlusal surface) via intra oral access. Occlusal based guides can be a great point of reference with good occlusal data.

Mandible and Midface 3D-printed Titanium plates (non-threaded) may be as thin as 0.8 mm and up to 2.0 mm in thickness, offering flexibility based on the specific needs of the patient and the surgical requirements. Orbital 3D-printed Titanium plates (non-threaded) may be even thinner, with thicknesses ranging from 0.6 mm to 1.2 mm for delicate facial areas where precision is key. Mandible and Midface Titanium Reconstruction plates offer more variety in thickness: 2.0 mm, 2.4 mm, 2.6 mm, or 2.8 mm, depending on the level of strength and support required for the reconstruction. Each plate is carefully customized to ensure a perfect fit and optimal performance, no matter the application. Mandible + Midface 3D Ti (non-Threaded) : 0.8 - 2.0 Orbital (non-Threaded): 0.6 - 1.2 mm Mandible + Midface Recon: 2.0, 2.4, 2.6, 2.8mm

Our 3D-printed Titanium Reconstruction plates require a minimum spacing of 7.5 mm between each fixation hole to ensure stability and strength. In 3D-printed Titanium Orbital and Maxilla plates, spacing between holes can be tighter, with a minimum of 4 mm. The quantity of fixation holes can range from 4 to 50, depending on the specific needs of the patient. 3D-printed Titanium Mandible plates may include 4 to 75 fixation holes, with a minimum spacing of 4.5 mm between each hole to maintain proper fit and support.