General Multi-UnitInternal HexagonNP
Straight Multi-Unit Abutment – Narrow Platform (NP Ø2.1)
- Size
- 1 to 4 mm
- Connection
- Internal Hexagon (NP)
- SKUs
- 4
Compatible systems: Alpha-Bio®, BioHorizons®, Implant Direct®, MIS®, Zimmer Biomet®
Size
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 26 parts · from $8Open and closed tray(opens in a new tab)
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4Restore
Cemented abutments 21 parts · from $15Straight and angled(opens in a new tab)
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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 archStraight Multi-Unit Abutment Internal Hex Multi-Unit Abutments and Components You are here
Overview
The Straight Multi-Unit Abutment – Narrow Platform (NP Ø2.1) is designed for screw-retained prosthetic restorations on narrow platform implants, providing reliable alignment, stable seating, and long-term mechanical performance. Manufactured from Titanium Grade 5 (Ti-6Al-4V), it offers excellent strength, biocompatibility, and corrosion resistance.
The straight profile supports predictable prosthetic positioning and is ideal for full-arch and multi-unit restorations where implants are placed in a favorable angulation. Available in multiple gingival heights, the abutment allows precise soft-tissue management and restorative flexibility across a wide range of clinical scenarios.
Engineered for consistent performance, this straight NP multi-unit abutment integrates seamlessly into screw-retained workflows and supports accurate, repeatable restorative outcomes.
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Straight multi-unit abutment for screw-retained restorations
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Platform: Narrow Platform (NP Ø2.1)
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Manufactured from Titanium Grade 5 (Ti-6Al-4V)
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Gingival heights available: 1.0 / 2.0 / 3.0 / 4.0 mm
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Supports precise soft-tissue management
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Stable seating and predictable prosthetic alignment
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Suitable for full-arch and multi-unit restorations
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Designed for long-term clinical reliability
Technical sheets
