Mathematical calculation is a completely new approach which sets new standards in dentistry and dental technology. Clearly defined reference points, unknown to date in dentistry, have no replaced relative reference parameters. Making available for the first time a process for calculating a patient's natural dentition, regardless of his or her current dental situation.
Dentures
One of the most difficult restorations achieved in dental technology is full mouth edentulous cases. Resorbtion, (bone loss) improper registration of jaw alignment, and difficulty in taking full mouth impressions all contribute to problems in manufacturing. The amount of time and procedures involved in this kind of restoration often lead to poor cost profitability. Unfortunately many laboratories have used cost cutting measures that have resulted in shoddy workmanship.
Staub Cranial dentures are cost efficient and easy to manufacture. Mathematical assessment of tooth placement provides the technician the ability to manufacture only the highest quality denture with cost efficient consistency.
Direction Points
Direction Points A & B are located slightly posterior to the hamular notches on a small process of bone structure called the pterygoid hamulas. This is at the base of the sphenoid bone structure and is symmetrical on both sides of the crania.
Induction Points
Induction Points C & C1 are located on the labial and lingual positions of the incisive papilla where the papilla interconnects with the median suture line.
Conclusion Lines
The conclusion lines are located at the junction of the mobile and immobile mucosa or where the lip attaches to the alveolar ridge. This is located on a stone model by drawing a line from the top of the ridge towards the labial vestibule until the pencil veers off where it meets the attached soft tissue. Draw several lines until a pattern is achieved. Do the same on the other side of the labial frenum.
Cosmetic Solutions
The dawning of the “Cosmetic Revolution” brought with it many challenges not faced before in dentistry. Patients were able and willing to fix dental problems so they could have beautiful dentition even in their later years of life. Many of these patients have gone for years with broken down and worn teeth. This created the need for not only tooth restoration but proper jaw realignment. Manufacturing restorations that are cosmetically pleasing but also fit and function properly in the mouth create a monumental task.
With Staub Cranial technology restoration are manufactured to properly fit and function in the mouth. Proper alignment of teeth provides a natural appearance creating a beautiful “cosmetic” smile.
TMJ Disorder
Aligning the Mandible to the Maxilla so that the condyles are seated in the fossae has always been a controversial subject in dentistry. Many theories and practices have been contrived over the years, yet none have proven totally accurate. Since the early 1980’s dentistry became aware of an alarming rise in temporal mandibular joint dysfunction or T.MJ.D.. This has continued to rise to epidemic levels with no apparent antidote. Diagnosis and remedy are difficult and often costly for the patient. Many patients are not symptomatic and can go for years undiagnosed.
Scientific explanation has been, at best, lacking. So, is there an answer to this perplex physiological problem?
For many years the best treatment has appeared to be an opening of the dental environment with the use of an acrylic appliance called an Orthodic splint. Splint therapy is a lengthy procedure lasting months and sometimes years. Although this appliance seams to relieve symptoms it is not usually a long lasting remedy.
Staub Cranial technology is based on the alignment of two planes called the Penta plane (maxilla) and the Condylar-Mandibular(Co-Ma) plane ( Mandible). Mathematical calculation of both bone structures and relating bone reference points allow the dentist and technician to properly align the Mandible to the Maxilla. Using these reference points the Dentist can account for, and diagnose patient tolerance levels. This in turn will provide a position of healing and comfort for the patient that is long lasting. This indeed is a bold statement that will be proven with time. Mathematics will provide the needed “Jaw law” that all can follow and understand.
Implant Reconstruction
Implant reconstruction of the dental environment has proven to be a viable and long lasting restoration. Many of the initial failures have now been remedied and dental practitioners are now turning more and more towards this reconstructive procedure.
If you talk to dental technicians they might tell you of the many implant “nightmares” they have faced over the years. These instances all stem to the improper placement of the dental implant. Cooperation between the Dental surgeon and the technician has proven more successful yet the technician does not always have the needed information to provide to the dentist.
Staub Cranial technology uses mathematics to formulate proper tooth placement. A technician can then use this information to manufacture surgical stints used by the dental surgeon to place the implant in a proper physiological position.
See the End from the Beginning
This is the Staub Cranial catch phrase that has become so important in the dental restoration process. We can virtually eliminate chance and can develop predictable and consistent manufacturing. No one can claim this bold statement except Staub Cranial. Begin today to eliminate costly mistakes, re-do’s, and lost productivity. See your products increase in value, and experience cost productivity soaring to new heights.
Many Dentists have now heard of Staub Cranial and are demanding this unique technology. Start today to see what the end product must be before you begin manufacturing the final restoration.
