Hamburg Dressing Pliers Auto Bloccante-self Locking

The Hamburg Self-Locking Dressing Plier is a precision-engineered dental instrument designed for the secure handling, placement, and removal of dressings, cotton rolls, gauze, and other dental materials during clinical procedures. Manufactured from high-quality medical-grade stainless steel, the self-locking mechanism provides a firm and reliable grip, improving efficiency and control during treatment.

Suitable for use in general dentistry, oral surgery, hygiene procedures, and restorative treatments.

Key Features

* Self-locking mechanism for secure material handling
* Premium medical-grade stainless steel construction
* Precision tips for accurate placement and retrieval
* Corrosion-resistant and durable
* Smooth polished finish
* Reusable and fully autoclavable
* Ergonomic design for enhanced control
* Suitable for daily clinical use
* Professional dental instrument

Technical Specifications

* Product Name: Hamburg Self-Locking Dressing Plier
* Product Type: Dressing Plier
* Mechanism: Self-Locking
* Material: Medical-Grade Stainless Steel
* Finish: Polished Stainless Steel
* Reusable: Yes
* Sterilisation: Steam Autoclave Compatible
* Application: Handling and Placement of Dental Materials
* Intended User: Dental Professionals

Benefits

* Provides a secure grip on dressings and dental materials
* Improves precision during placement and removal procedures
* Reduces the risk of slipping during treatment
* Durable construction for long-term clinical use
* Easy to clean and sterilise between patients
* Enhances efficiency and workflow in dental procedures

What’s Included in the Box

* 1 x Hamburg Self-Locking Dressing Plier

Certification & Compliance

* CE Marked
* Suitable for Professional Dental Use
* Manufactured in accordance with applicable medical device standards

Intended Use

The Hamburg Self-Locking Dressing Plier is intended for professional dental use for the handling, placement, and retrieval of dressings, cotton rolls, gauze, and other dental materials during clinical procedures.