Prosthetic Photo Gallery
case 1 | case 2 | case 3 | case 4 | case 5 | case 6
download all 6 cases as a PDF file
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Titanium Alloy Laser Assembled Implant Bar |
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Hader clip/ O-ring Retained RP5 |
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Case 2 O-ring Retained RP5 with Laser assembled Stainless Steel Reinforcement
Acrylic gets its strength from thickness. We like to incorporate a Stainless Steel wire subframe inside our overdentures for additional strength. We laser- weld the O-Ring housings directly to this steel frame. This prevents any attachment movement during the acrylic processing stage. |
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Case 3 Maxillary RP4 Hader Clip Retained Overdenture with Passive Plus
What do you do with this!?!?!? Passive Plus is a ball socket system for implant bar construction which facilitates draw in divergent implant situations. It allows the bar to be fabricated to properly support the prosthesis |
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Grossly Divergent Implants |
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The Passive Plus ball/socket allows the bar to be seated in segments |
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The bar segments are aligned to support the overdenture |
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Finished RP4 with CoCr subframe and open palate |
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Case 5 Mini FP3 Acrylic Implant FPD Screw Retained
A practical, highly serviceable, implant restoration. Acrylic occlusion is kinder to the implant because it absorbs bite shock better than porcelain fused to metal. It is also kinder to the opposing dentition. When the denture teeth wear, new teeth can be processed in a day. If adjacent dentition is lost, denture teeth can be added to this restoration without remaking the restoration. This is also an excellent restoration for immediate or progressive load cases. |
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Titanium UCLA placed on the model . titanium bar segment cut to fit.
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Retentive loops are laser welded to the subframe for acrylic retention. The subframe is also sandblasted. |
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Denture teeth are set. |
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Screw access holes are cut and the denture teeth are processed to the subframe in pink acrylic |
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