Root Elevator/Approximal Desmotome, #4, Distal Bending, 3 mm, Single-Ended in ZEPF-Design-Handle | Helmut Zepf No. 17.045.04

The root elevator approximal desmotome dental instrument from Helmut Zepf GmbH is engineered for precise periodontal ligament separation and root elevation in challenging approximal areas. This single-ended instrument features a #4 distal bending configuration with a 3 mm working tip, designed to access tight interproximal spaces with accuracy and control.

Key Features

• Designation: Root Elevator / Approximal Desmotome, #4
• Bending: Distal Bending
• Working Tip Width: 3 mm
• Configuration: Single-Ended
• Thread Specification: Interchangeable, M4 x 0.5 mm
• Handle: ZEPF-Design-Handle for ergonomic grip and balanced control
• Helmut Zepf No.: 17.045.04

About This Instrument

As a professional-grade root elevator approximal desmotome dental instrument, this tool is crafted to meet the exacting standards of oral surgeons and periodontists. The ZEPF-Design-Handle provides a comfortable, non-slip grip that minimizes hand fatigue during extended procedures. The interchangeable M4 x 0.5 mm connection allows the working end to be replaced or sterilized independently, supporting efficient clinical workflows.

The distal bending geometry of this root elevator approximal desmotome dental instrument enables targeted access to distal root surfaces and approximal bone crests, making it a reliable choice for atraumatic tooth extraction and periodontal surgery. The 3 mm tip width is suited to a broad range of tooth anatomies.

FAQ

What is the thread specification for the interchangeable tip? The working end uses an M4 x 0.5 mm thread, compatible with the standard Helmut Zepf interchangeable system.

Is this a single-ended or double-ended instrument? This is a single-ended instrument mounted in the ZEPF-Design-Handle.

What procedure is this root elevator approximal desmotome dental instrument designed for? It is designed for periodontal ligament severing, approximal desmotomy, and root elevation, particularly in distal and interproximal sites.