Special titanium plates can be used for various purposes. They can be used for various dental procedures, including dental implants. The process is fast and simple. The process begins with the patient sending their 3D skull files. After the file is uploaded, the surgeon uses adept software to design plates. After the plate is designed, the surgeon meets the application engineer for consultation. Video conference calls are then used to complete the design.
Typical titanium plates are made of two millimeters of TI6AL-4V. At the 6AL-4V level, so that it can be brushed or wasatenodized. If you have a certain design in your mind, you can get a special titanium plate with that logo. Special logos may require Photoshop and will be an additional cost. The JDC titanium logo is placed in the upper right corner of the plate. Titanium plates are made of high-quality TI6AL-4V.
In a new study, Michelle Oblak, a veterinarian in Ontario Veterinary College, used a special titanium plate during surgery. The procedure is the premiere of the world and hints the breakthrough in veterinary research. Oblak removes large cancer tumors from the dog's skull and replaces it with titanium implants. The plate is like a puzzle. The procedure is so successful that it becomes national headlines.
The process of developing special titanium plates is relatively simple. The team at the Adeiss Medical Solution Center uses 3D printing technology to make titanium plates. This allows them to complete the whole process in just three weeks. The patient's skull is imported in a stereolithography format and then imported to adept software for post -processing. Custom titanium plate that the operation was completed by the team at the Adeiss Medical Solution Center, it might only take three weeks to make a special titanium implant.
This process has the potential to help solve the limitations of dog cranioplasty. Special titanium implants will solve this problem by ensuring that each patient is treated individually. Clinical trials that aim to determine whether the process is feasible and whether it will create an increase in workflow. This study analyzes three CT scans and includes tumor margins determined by animal surgeons and radiologists. Virtual surgery planning is carried out with a 5mm bone margin. The team created virtual defects that mimic intraoperative defects.
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