Alpha Bio® Angled Abutments
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15° Angled Abutment for Alpha Bio® Internal Hex 3.5 Regular Platform
Original price was: $30.$22Current price is: $22. Details
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Alpha Bio® Angled Abutments – Precision Engineered Dental Solutions
Welcome to our category of Alpha Bio® Angled Abutments. We offer Uniqa Dental angled abutments compatible with Alpha Bio® implants, precision-crafted from medical-grade titanium alloy. These abutments feature the same angles, collar options, and platform switching benefits.
Why Choose Alpha Bio® Compatible Solutions?
Alpha Bio® Angled Abutments feature state-of-the-art design and superior material quality. They are available in unique angles of 15° and 25°, with both non-shouldered and shouldered options. This allows you to find the perfect fit for each patient’s needs.
The abutments have an Internal Hex 3.5 RP platform for a robust, unwavering connection with Alpha Bio® implants. This ensures unmatched stability and longevity of prosthetics. With gingival heights of H9 mm and H12 mm, they cater to diverse clinical scenarios for optimal implant restorations.
Made from Grade 23 medical titanium alloy, these abutments match the strength of Grade 5 titanium while offering superior plasticity for precision crafting. Cement-retained restoration compensates for minor discrepancies while providing reliability.
Alpha Bio® Compatible Components
We offer compatible components for integration with the Alpha Bio® system:
- Alpha Bio® Compatible Straight Abutments – With the right diameters, connections, and heights.
- Alpha Bio® Compatible Healing Caps – To protect implants during osseointegration.
- Alpha Bio® Compatible Abutment Screws – For secure abutment fixation.
With these components, you can easily assemble comprehensive dental restorations that are 100% compatible with the Alpha Bio® system.
Alpha Bio® Angled Abutment Specifications
Platform | Angle | Gingival Height | Anatomic Ledge | Material | Restoration | Torque | Precision |
Internal Hex 3.5 RP | 15° | H9 mm, H12 mm | Non-shouldered | Grade 23 titanium alloy | Cement-retained | 30 Ncm | 0.02 mm |
Internal Hex 3.5 RP | 15° | H9 mm, H12 mm | Shouldered | Grade 23 titanium alloy | Cement-retained | 30 Ncm | 0.02 mm |
Internal Hex 3.5 RP | 25° | H9 mm, H12 mm | Non-shouldered | Grade 23 titanium alloy | Cement-retained | 30 Ncm | 0.02 mm |
Internal Hex 3.5 RP | 25° | H9 mm, H12 mm | Shouldered | Grade 23 titanium alloy | Cement-retained | 30 Ncm | 0.02 mm |
Quality, Certification, and Customer Service with Uniqa Dental
Shopping with Uniqa Dental means premium quality. Our products adhere to stringent benchmarks, validated by FDA, ISO, CE, and other certifications. See our quality assurance page for details.
We offer free global shipping for delivery within 1-2 business days. Our secured payment gateways accept Credit Cards, PayPal, Google Pay, and Apple Pay. Returns can be initiated within 60 days.
Our knowledgeable support team is ready to assist you and process your orders. For personalized service, contact our Uniqa Personal Manager.
For high precision, quality, and service, choose Uniqa Dental for your Alpha Bio® Angled Abutments.
Buy Angled Abutments Compatible with Most Implant Platforms
The process of choosing an abutment is just as important as choosing the implant itself and is inextricably linked to the clinical picture of the patient. Quite often it makes sense to place the implants at different angles relative to the future dental restoration. This allows for much better primary stability. And later on, a system with differently angled implants shows better load distribution and reduces the risk of implant loss. Angled abutments are needed to compensate for the tilt and alignment of the dentition. It is recommended to choose angled abutments in close cooperation with a dental technician based on a 3D computer model or impression. This is the only way to achieve a dental restoration without overstressing and risking the breakage of the crown or abutment.
The illustration below shows just such a case, where one abutment is straight and two are angled at different angles. This allows the final restoration to be fabricated and a bridge with good dissipation of the physiological stresses during mastication.