AbutmentInternal HexagonSP
15° Angular Smooth Minor Abutment – Ø3.75 Platform
- Height
- 7 to 11 mm
- Connection
- Internal Hexagon (SP)
- SKUs
- 3
Height
Internal Hex 2.43 pathway
From placement to restoration, one connection
Every part below shares the Internal Hex 2.43 connection.
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1Place
Implants 10 parts · from $70(opens in a new tab)
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2Heal
Healing caps 5 parts · from $14(opens in a new tab)
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3Record
Transfers & analogs 19 parts · from $9Open and closed tray(opens in a new tab)
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4Restore15° Angular Smooth Minor Abutment Internal Hex Cemented Abutments You are here
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5Digital
Ti-Base CAD/CAM 8 parts · from $20Scan bodies and Ti-bases(opens in a new tab)
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6Full arch
Multi-unit 17 parts · from $8Straight, 17°, 30°, 45°(opens in a new tab)
Overview
The 15° Angular Smooth Minor Abutment – Internal Hex Ø3.75 Platform is engineered to correct mild implant angulation while maintaining a smooth prosthetic profile and predictable restorative outcomes. The 15-degree angulation allows compensation for implant divergence, improving the restorative path of insertion without compromising stability.
Featuring a smooth minor abutment body, this design supports controlled cement flow and clean soft-tissue interaction, making it suitable for cement-retained single-unit restorations. The Internal Hex connection ensures accurate seating and reliable force distribution on Ø3.75 mm platforms.
Available in abutment heights of 7 mm, 9 mm, and 11 mm, this abutment allows clinicians to select the appropriate height based on tissue depth and restorative requirements. Ideal for anterior and posterior applications where angulation correction and a smooth emergence profile are desired.
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15° angular smooth minor abutment
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Internal Hex connection
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Platform: Ø3.75 mm
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Abutment heights available: 7 mm / 9 mm / 11 mm
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Smooth body supports controlled cement retention
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Corrects implant angulation for improved prosthetic alignment
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Stable seating and reliable load distribution
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Suitable for cement-retained single-unit restorations
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Designed for long-term clinical reliability
Technical sheets