S-line Low Profile Connector Ø4.6 mm

Introduction

The S-Line Low Profile Connector Ø4.6 mm is a titanium abutment designed for multiple-unit screw-retained restorations where vertical space is limited.
Its compact, low-profile geometry allows clinicians to manage reduced inter-arch clearance while maintaining a stable prosthetic connection on S-Line internal hex implants (2.0 mm).

Technical Specifications

• Product Type: Low Profile Connector / Cemented Abutment

• Platform: S-Line Platform

• Connection Type: Internal hex

• Hex Size: 2.0 mm

• Geometry: Straight, low-profile (non-conical)

• Abutment Diameter: Ø4.6 mm

• Available Heights: 1 mm / 2 mm / 3 mm / 4 mm / 5 mm

• Material: Medical-grade Titanium

• Recommended Torque: 20 Ncm

• Driver: Hex driver 1.25 mm

• Indication: Multiple-unit screw-retained restorations

Key Features & Benefits

• Low-profile design
  Optimized for cases with reduced vertical restorative space.

• Dedicated to S-Line implants
  Fully compatible with S-Line internal hex 2.0 mm systems only.

• Ø4.6 mm prosthetic platform
  Supports stable multi-unit prosthetic frameworks.

• Multiple height options
  Enables precise soft-tissue and prosthetic emergence control.

• Titanium construction
  Provides strength, corrosion resistance, and long-term reliability.

• Controlled torque protocol
  Tightening at 20 Ncm minimizes stress on the internal hex connection.

Frequently Asked Questions (FAQ)

Q1: Which implant systems is this connector compatible with?
Only S-Line implants with a 2.0 mm internal hex connection.

Q2: Is this connector compatible with SP, NP, RP, or RC platforms?
No.

• SP: Internal hex 2.42 mm

• NP / RP: Conical connections

• RC: TRIO Morse taper
  This connector is S-Line only.

Q3: What type of restorations is it used for?
Multiple-unit screw-retained prosthetic restorations, especially in low-clearance cases.

Q4: What torque should be applied?
20 Ncm using a 1.25 mm hex driver.

Q5: Is it suitable for cement-retained restorations?
Yes, it functions as a cemented abutment within screw-retained multi-unit workflows.