Periodontal Probe UNC Handle Number 7 Qulix 1-2-3....11-12 - Hu-Friedy - Delynov

What is the Hu-Friedy UNC #UNC12 periodontal probe?

The UNC #UNC12 periodontal probe, manufactured by Hu-Friedy, is a manual examination instrument designed for the clinical evaluation of the tooth's supporting tissues. This model is distinguished by its Qulix marking, which features graduations ranging from 1 to 12 millimeters (1-2-3-4-5-6-7-8-9-10-11-12). It is equipped with a #7 type handle, optimizing handling during clinical examinations. As a diagnostic instrument, it allows the practitioner to collect precise data on the patient's periodontal health status, thereby facilitating the establishment of an appropriate treatment plan in oral surgery or periodontology.

What are the clinical indications?

This Hu-Friedy periodontal probe is indicated for the precise measurement of sulcus or periodontal pocket depth. It also allows for quantifying gingival recession, measuring the height of keratinized gingiva, and assessing clinical attachment loss. In implantology, it can be used to check the depth of peri-implant tissues. Its use is systematic during screening examinations, complete periodontal assessments, and therapeutic follow-up of patients with periodontitis or gingivitis. It assists in detecting bleeding on probing, a key indicator of tissue inflammation.

What are the technical characteristics of this instrument?

The Hu-Friedy UNC #UNC12 probe features specific technical characteristics for clinical precision. It has a Qulix marking, a precise marking technique that guarantees optimal visibility of the 1 to 12 mm millimeter graduations. The #7 handle is designed to provide adequate balance during the exploration of periodontal sites. The working end is calibrated to respect the anatomy of the periodontium while allowing fluid insertion into the gingival sulcus. The design by Hu-Friedy Mfg. Co., LLC ensures that the instrument meets the requirements of healthcare professionals for routine diagnostics and complex surgical interventions.

What are the contraindications for use?

According to data from the manufacturer Hu-Friedy, the use of this instrument is reserved exclusively for qualified healthcare professionals. Although no specific medical contraindications are mentioned in the provided technical documentation, standard oral surgery protocols must be followed. Use of the probe should be avoided on tissues presenting uncontrolled acute hypersensitivity or in areas where mechanical pressure could aggravate a specific pathology without diagnostic benefit. The practitioner must carefully read the instructions before use to ensure compliance of the intended use with the patient's clinical situation.

What are the maintenance precautions for this non-resorbable instrument?

As a reusable metallic instrument and not a resorbable device, the UNC #UNC12 periodontal probe requires a rigorous sterilization protocol after each use. It is imperative to follow the cleaning, disinfection, and sterilization instructions recommended by Hu-Friedy to maintain the integrity of the Qulix marking and the quality of the #7 handle. A visual inspection before each intervention is recommended to check for any deformation of the millimeter tip or alteration of the graduations, thus guaranteeing the accuracy of the clinical measurements essential for patient follow-up.

Who is the manufacturer and what standards are met?

The UNC #UNC12 periodontal probe is manufactured by Hu-Friedy Mfg. Co., LLC, located at 3232 N. Rockwell St. Chicago, Il 60618 USA. This medical device belongs to Class I according to current regulations. As a Class I product, it meets the safety and performance requirements defined for manual diagnostic instruments. The manufacturer Hu-Friedy is recognized in the dental sector for the quality of its surgical instruments. It is reminded that the use of this device is strictly reserved for healthcare professionals and that a careful reading of the instructions is mandatory before any clinical implementation.

State of the art

Specialized surgical instrumentation is evolving towards ergonomic designs.