Apical Elevator Heidbrink number 13/14 handle number 6 - Hu-Friedy - Delynov

What is the Heidbrink #13/14 apical elevator handle #6?

The Heidbrink #13/14 apical elevator is a precision manual instrument manufactured by Hu-Friedy, a recognized manufacturer in the field of surgical instrumentation. This device consists of a specific working part and a #6 type handle, optimized for handling during oral surgery procedures. Unlike standard elevators, this model is designed to target apical areas. It belongs to the category of Class I instruments according to current regulations. Its structure allows practitioners to exert the necessary forces to dislodge root fragments while maintaining rigorous control of the instrument.

What are the clinical indications for this instrument?

The use of this Heidbrink apical elevator is primarily indicated for the extraction of residual root fragments or root tips after a fracture during tooth extraction. In oral and implant surgery, it allows access to narrow sockets to luxate deeply anchored roots. The instrument is reserved exclusively for healthcare professionals trained in surgical techniques. Its use generally occurs when traditional extraction forceps cannot reach the dental structure to be extracted, requiring a thin and robust lever to release the apex without excessively damaging the surrounding alveolar bone.

What are the technical characteristics of this elevator?

The Heidbrink #13/14 apical elevator is distinguished by its double configuration or specific to the #13/14 reference, mounted on a number 6 handle from the Hu-Friedy range. This handle is designed to provide a grip adapted to the requirements of fine surgery. The working part is thinned to insert into the periodontal space and reach apical areas. As a Class I device, it meets the strict manufacturing standards of Hu-Friedy Mfg. Co., LLC, located in Chicago, USA. Its design ensures effective transmission of the leverage force essential for the mobilization of hard tissues during complex extractions.

What are the contraindications for the use of this device?

According to information from the manufacturer Hu-Friedy, the use of this instrument is reserved for qualified healthcare professionals. There are no specific medical contraindications listed other than those related to standard surgical extraction protocols. However, use is contraindicated for any unauthorized person or anyone not mastering apical elevation techniques. The practitioner must evaluate the patient's clinical condition and the proximity of sensitive anatomical structures, such as the maxillary sinus or the inferior alveolar nerve, before applying leverage force with the Heidbrink apical elevator.

What are the precautions for use and maintenance?

Like any Class I surgical instrument, this elevator requires rigorous preparation before each procedure. It is imperative to carefully read the instructions provided by Hu-Friedy before use. Although the specific material is not detailed here, this type of instrument must be cleaned, disinfected, and sterilized according to current hospital or office protocols for reusable devices. The practitioner must check the integrity of the working tip before the surgical act to ensure the absence of deformation or fragility, thus guaranteeing patient safety and the efficiency of the movement during the extraction of the apices.

Who is the manufacturer and what standards are respected?

The Heidbrink apical elevator is manufactured by Hu-Friedy Mfg. Co., LLC, headquartered at 3232 N. Rockwell St. Chicago, Il 60618 USA. This medical device is classified as Class I, which implies compliance with regulatory requirements for non-invasive or invasive surgical instruments for temporary use. As a Hu-Friedy product, it benefits from the expertise of a historic manufacturer in the dental sector. Professionals must refer to the manufacturer's instructions to ensure use in accordance with the safety and hygiene standards required for the practice of dental and oral surgery.

State of the art

Specialized surgical instrumentation is evolving towards ergonomic designs.