THANK YOU: Our hearts and deepest gratitude go out to the brave firefighters, first responders, and community members who have worked tirelessly to protect and support those affected by the Los Angeles fires – your selfless dedication to saving lives and helping our neighbors rebuild gives us hope during these challenging times.
Google “All On 4,” and over 25 billion results appear. This treatment option is a fast-growing area of dentistry. The concept of All On 4, also known as full-arch implant-supported
The goal of any dental restoration is to restore the patient’s oral environment back to its natural or improved appearance and functionality. Dental materials have come a long way since porcelain
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One of dentistry’s most difficult esthetic challenges is matching single anterior veneer restorations to the existing dentition. In many instances, cases like these may require several attempts to achieve an
Case Study: Case Fabrication The case was then ready to be designed according to Dr. Estwani’s instructions. One of the great benefits of a digital workflow is that the proposed
One of the most challenging undertakings in dentistry for both the clinician and the laboratory is a full mouth reconstruction. For patients who present with excessive wear of their dentition, a full mouth reconstruction is critical in re-establishing functional harmony, pulpal health, esthetics, and protecting the dentition from further damage.
Implant therapy is a key restorative area in dentistry. Proper osseointegration is the key to implant case success. Implant surgery is a critical component in achieving proper osseointegration and, ultimately, a successful implant case.
One of the most crucial factors for clinicians in these types of cases is deciding whether to use free-hand or guided surgery to place the implant. The right choice depends on the patient’s situation.
Free-hand Dental Implant Surgery Benefits
Free-hand surgery offers a cost-effective option. The clinician uses diagnostic information to open the flap and place the implant. This method uses intraoral periapical and panoramic radiographs to evaluate the alveolar bone width and other anatomy to place the implant. Free-hand surgery also uses the adjacent teeth as a guide, as well as using probes, calipers, etc., to determine the height and thickness of the ridge.
The benefits of free-hand dental implant surgery include:
The bone where the implant is to be placed can be immediately measured once the flap is opened.
The use of a diagnostic wax can help with planning the case and ensuring the final prosthesis is placed in the best position.
Bone grafts can be done with relative ease.
Free-hand Dental Implant Surgery Disadvantages
Free-hand implant placement offers several benefits because this method couples diagnostic data with onsite visualization. However, there are some drawbacks to this method, and they include:
Poor planning can result in implants being placed too close to the roots of nearby teeth, which can lead to periodontal ligament damage.
Tooth loss and bone loss due to teeth being placed too close.
Placing implants based on the thickness of bone can sometimes result in implants being placed in less than ideal locations and angles, creating issues for the final restorative process. This includes poor esthetic outcomes and low patient satisfaction.
The free-hand implant surgery method has been widely used over the years. With the invention of software and digital applications, a more accurate method for placing implants has emerged in the form of dental implant-guided surgery.
Guided Dental Surgery
There is no question that guided surgery workflows offer the highest level of control and accuracy.
This method uses a digital surgery guide that helps the dental surgeon experience a safer, faster, more accurate, and in most cases, lower-cost surgical procedure. The software used in guided surgery provides a three-dimensional view of future implant placement. The procedure involves the patient having a cone-beam computed tomography (CBCT) scan. This data is then merged with surgical guide design software. This allows the clinician to see the bone density, nerves, and tooth roots of neighboring teeth. The ability to add this level of data to implant therapy cases makes the implant process much more reliable. The benefits of guided surgery include the following:
Ability to visualize the most accurate location to place the implant.
Provides for a more conservative implant surgery.
Through improving and optimizing implant placement, the final restoration design is more accurate and esthetic.
Improved longevity of implant restoration.
Minimizes the possibility of damage to nerves, sinuses, and other teeth
Once the CBCT scan is complete, a digital imaging and communications in medicine (DICOM) file is created. The DICOM file is sent in with a digital intraoral impression or a traditional impression, and a model is prepared.
The software can then use the DICOM file and patient data to provide both two-dimensional and three-dimensional outputs. The data reveals important anatomical areas such as the maxillary sinus, submandibular fossa, and others.
Guided Dental Surgery Disadvantages
While guided dental surgery appears to offer many benefits over free-hand implant placement, there are some disadvantages to this workflow. For example, the software costs and tooling necessary to use this type of technology may be a drawback, and there is a learning curve.
Other disadvantages include:
Dislocation of the guide can occur during drilling
If there are any changes in the mouth or tissue, there is a chance the appliance will not fit correctly and thereby alter the results.
Changes can not be made during the surgery.
Surgical Guide
The surgical guide is created specific to the patient’s situation. Factors such as whether the patient is completely edentulous or still has some teeth and the number of implants that will be placed will determine the type of guide produced.
Burbank Dental Lab fabricates surgical guides with round titanium sleeves embedded where the implants will be placed. These titanium sleeves provide the proper buccal-lingual location, mesial-distal location, angulation, and depth of the implants to be placed. They are unique to the type of surgical system being used.
There are several different approaches to creating guided surgery workflows. Burbank Dental Lab uses the best digital printers on the market to be able to fabricate surgical appliances for these workflows. If you design your own guides or work with a third party, all that is needed is an .stl file of the design. Burbank Dental Lab will take the .stl and produce the appropriate guide.
Burbank Dental Lab has had great success working with Blue Sky Bio software. This is an open system that will allow the clinician to use any CBCT/DICOM file along with an .stl file of the arch to plan and design a surgical guide. Burbank Dental Lab’s guided surgery appliances offer the following benefits:
State of the Art equipment means precision and quick turnaround times
Our printed resin is FDA-approved
Every case is verified on a solid model to ensure accuracy
Titanium guide rings offer precision and are based on your chosen surgical system.
It is evident that while free-hand implant placement is done with success in many cases, guided surgery offers a high degree of accuracy. Both methods offer advantages and disadvantages. The key is to decipher if there are any chances for error and if so, guided surgery may be the best option. Call or chat with a team member today to learn more about Burbank Dental Lab’s implant services.
Our hearts and deepest gratitude go out to the brave firefighters, first responders, and community members who have worked tirelessly to protect and support those affected by the Los Angeles fires – your selfless dedication to saving lives and helping our neighbors rebuild gives us hope during these challenging times.
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Fabrication of the future is here!
Burbank Dental Lab has three new state-of-the-art Carbon M2 printers. We are very excited about the options that these cutting-edge printers will allow us to offer our dental clients. Here are some of the advantages that these printers will begin to deliver to you and your dental practice.
Our New State-Of-The-Art 3d Printers
Carbon offers a highly dependable 3D manufacturing solution for many dental applications with its breakthrough Digital Light Synthesis™ technology, enabled by a wide range of dental materials.
a new baseline for innovation in fabrication.
Burbank Dental Lab has the next generation of Carbon DLS™. Meet our new Carbon M3 and M3 Max printers. These advanced printers enhance fabrication possibilities using Digital Light Synthesis™ technology, enabling us to provide quality and innovation for our clients.
Meet Our New next generation of carbon DLS™ M3 Max Printers
The M3 printer is the cutting edge of DLS printing with a true 4K light engine. We save time and improve quality with Automated Print Ppreparation which ensures high-quality assurance and results.
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