Skip to content
Rewards
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.
Open Description
GDT CAD-CAM Powder Scanning Spray
Sale price$35.00
As low as $33
Titanium Body Scan For Multi Unit 1.6
Sale price$30.00
As low as $28
CAD/CAM Multi Unit 1.6 Analog 3D
Sale price$15.00
As low as $13
Anti Rotational Titanium Base Regular Platform (RP)
Sale price$20.00
As low as $18
Anti Rotational Titanium Base Narrow Platform (NP)
Sale price$20.00
As low as $18
Titanium Body Scan Narrow Platform (NP)
Sale price$35.00
As low as $33
Titanium Body Scan Regular Platform (RP)
Sale price$35.00
As low as $33
CAD/CAM Analog 3D Regular Platform (RP)
Sale price$15.00
As low as $13
CAD/CAM Analog 3D Narrow Platform (NP)
Sale price$15.00
As low as $13
Rotational Titanium Base Narrow Platform (NP)
Sale price$20.00
As low as $18
CAD/CAM Multi Unit 1.4 Analog 3D
Sale price$15.00
As low as $13
Rotational Titanium Base Regular Platform (RP)
Sale price$20.00
As low as $18
FAQs
CAD (Computer Assisted Design)/CAD (Computer Assisted Manufacturing) abutments conical connections are simply components that have been designed and created using computer software rather than being drawn by hand as used to be the case.
The level of accuracy is much higher than was ever possible before, and the whole process has become more efficient. Although there are certain disadvantages of using the CAD/CAM process, such as the greater burden on processing power and the higher costs of designing even a single crown, the process has a lot of merits that make any such investments worthwhile.
Not all implants will require conical connects. It is up to the dentist to evaluate what is required to achieve the best results from the dental procedure. In most cases, conical abutments will be required for screw-retained bridges and bar-retained prostheses.
Conical connections are available in a wide range of angles and periodontal heights that the dentist can choose from depending on the location of the damaged tooth and the required procedure.
In cases where the dentist decides that a conical connection is required, they will need to be as accurate as possible in creating it, which is when having CAD/CAM software would come in handy.
The conical connection of the implant abutment refers to the securing of the abutment to the implant. This process can be achieved without the use of a conical connection as used to be the case back in the day. However, the high cases of bacterial infection made it necessary to find a better solution.
This gave rise to the use of conical connections whose mechanical properties made it possible to securely fit the male member of the conical shape into the female socket to produce a tight and very secure seal. Thereafter, the implant could be used for a lifetime without the fear of having any infection.
Considering the added costs of switching from traditional abutment and conical connection drawing to using CAD/CAM software, many people often wonder why they would need to go through all that. However, when you look at the many advantages of having such a system, you may decide that it is time for you to make a switch too.
After the initial costs, the dentists will be able to benefit from providing better types of abutment and conical connections to patients. There will also no longer be a need to worry about patients returning with infections.