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GDT CAD/CAM Abutments utilize advanced technology for the precise design of individual prosthetics like crowns, bridges, and implant-supported dentures. GDT Implants offers key components such as titanium bases, scan bodies, and analogs, easily captured through digital impressions. This enables the creation of a virtual model, forming the basis for accurate CAD/CAM abutment design and fabrication, ensuring optimal fit and function.
Additionally, GDT Implants provides a library for precise, cost-effective, and aesthetically pleasing restorations, streamlining workflows and enhancing overall quality in dental implant procedures. Download our CAD/CAM libraries for free.
Healing Caps for Dental Implant
Dental Implant Screws
Impression Copings
Dental Implant Analogs
Straight Abutments
Angulated Abutments
Temporary Abutments
Concave Abutments
Zirconia Abutments
Casting Abutments
Straight Multi Unit 1.4
Angulated Multi Unit 1.4
Straight Multi Unit 1.6 Abutment
Angulated Multi Unit 1.4
Click Overdenture Attachment
GdtLoc Attachment
Ball Attachment Overdenture
Anti Rotational Titanium Base
As low as $18
Rotational Titanium Base
As low as $18
Angulated Anti Rotational Titanium Base
As low as $18
Angulated Rotational Titanium Base
As low as $18
Anti Rotational Titanium Base - Slim Platform
As low as $18
Rotational Titanium Base - Slim Platform
As low as $18
Titanium Body Scan
As low as $33
Titanium Scan Body - Slim Platform
As low as $33
Titanium Base For Multi Unit 1.4
As low as $18
Titanium Base For Multi Unit 1.6
As low as $18
PEEK Body Scan For Multi Unit 1.4
As low as $28
Titanium Body Scan For Multi Unit 1.6
As low as $28
CAD/CAM Analog 3D
As low as $13
CAD/CAM Analog 3D - Slim Platform
As low as $13
CAD/CAM Multi Unit 1.4 Analog 3D
As low as $13
CAD/CAM Multi Unit 1.6 Analog 3D
As low as $13
MULink Screw For Multi Unit 1.4 Abutment
As low as $5.5
MULink Screw For Multi Unit 1.6 Abutment
As low as $5.5
GDT CAD-CAM Powder Scanning Spray
As low as $33
Motor Mount For Angulated Titanium Bases
As low as $23
PEEK Body Scan
As low as $28
Frequently Asked Questions About CAD/CAM ABUTMENTS
CAD stands for Computer Assisted Design while CAM stands for Computer Assisted Manufacturing. These are both parts of the same process that uses specialized computer software to design and manufacture implant abutments. In most cases, CAD/CAM abutments are made from titanium steel which is well known for its hygienic properties, strength, and corrosion resistance. However, CAD/CAM abutments can also be made from Telio CAD abutment blocks, which is a durable material that can be polished and shaped into a natural appearance.
The fact that designing and manufacturing abutments using advanced computer software is a lot more efficient makes the use of CAD/CAM processes a lot more beneficial to both patients and dentists. This software allows the technician to create their emergence profile between a crown and an implant, with the crown margin's depth being easily customized. Using computers is a lot more accurate than hand-drawn orthographic impressions. It is also possible to print, copy, and share multiple copies of the desired customized abutment. In case a mistake is made during the drawing phase, it can be easily corrected without any major loss of time or materials.
As with all modern technology, CAD/CAM abutments have their disadvantages that dentists and patients need to know. The obvious downside of this process is that it requires a lot of processing power to render the abutment drawing. Additionally, the CAD process also requires a lot of modern components that can be quite costly. As such, it may not be the ideal solution for every situation or budget. However, it is always important to carefully evaluate the pros and cons of any process before making a decision. When that is done, many people will realize that the few disadvantages of using the CAD/CAM abutment process are clearly outweighed by its many benefits, which makes the extra investment worthwhile for all parties involved.
On the dentist's part, switching from traditional abutment drawing to using a sophisticated CAD/CAM system can require a lot of investment. It can cost anywhere between $30,000 and $100,000 for in-house restoration and fabrication. Also, the 3D printers required to render the final product can cost around $50,000 for the high-end models. As such, a good dentist will have to consider how much of that money invested into their CAD/CAM abutment process they will be able to make back.