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Customer Support and Website Accessibility Assistance:    800-321-1614

Holiday Hours Update: In observance of the upcoming holidays, our Customer Support Center will be closed Christmas Eve, Christmas Day, December 26, New Year’s Eve, New Year’s Day and January 2.

Custom abutments

Inclusive Custom Implant Abutments - New West Dental Ceramics

Custom abutments are precisely milled using CAD/CAM technology for a natural-looking emergence profile and optimized gingival contours and crown esthetics. Due to their strength, titanium custom abutments are commonly used in all regions of the mouth, while zirconia abutments with titanium bases are often used in the anterior due to their excellent esthetics.

Available for many popular implant systems and competitively priced, custom abutments help ensure long-term gingival health and a predictable, esthetic outcome for your implant cases.

Restorations Over Implants

Restorations Over-Implants - New West Dental Ceramics

We use cutting-edge digital design and fabrication tools to meet the precise specifications of your implant cases. We provide not only Inclusive Custom Abutments, but also an array of final restoration options to meet your patients’ needs. Complete your case with traditional PFMs, BruxZir® Solid Zirconia, IPS e.max®, or Prismatik CZ. We work with you from the planning stage through the final result to ensure excellent tissue compatibility and optimum esthetics.

IPS e.max is a registered trademark of Ivoclar Vivadent.

BruxZir® Full-Arch Implant Prosthesis

BruxZir Full-Arch Implant Prosthesis - New West Dental Ceramics

The BruxZir Implant Prosthesis offers a fixed, all-zirconia implant solution for edentulous patients desiring a more durable and esthetic replacement for removable dentures.

Constructed from 100 percent BruxZir Zirconia, this full-arch restoration dramatically improves speech and chewing function and attaches to implants via titanium connections. BruxZir Zirconia offers superior fracture toughness and exhibits flexural strength up to 1,465 MPa, making it ideal for enduring the functional stresses that dentures must withstand.