Wilkins/Tufts Probe #TU17/23 handle #31 - Hu-Friedy - Delynov

What is the Wilkins/Tufts #TU17/23 probe with #31 handle?

The Wilkins/Tufts #TU17/23 probe is a manual diagnostic instrument manufactured by Hu-Friedy Mfg. Co., LLC. This device is characterized by a double-ended design mounted on a specific #31 type handle. As an instrument in the INSTRU category, it is intended for clinical exploration in oral medicine. Its structure allows practitioners to access different tooth surfaces and periodontal tissues for accurate evaluation. This product is classified as a Class I medical device, meeting the basic regulatory requirements for non-invasive or short-term invasive instruments used in dental practices.

What are the clinical indications?

The clinical indications for this Hu-Friedy instrument primarily concern comprehensive periodontal examination and the detection of caries or surface anomalies. The probe part is used to measure periodontal pocket depth, evaluate the epithelial attachment level, and identify bleeding on probing. The explorer end allows for the localization of subgingival calculus deposits, restoration overhangs, or enamel defects. It is particularly useful during initial diagnosis phases, treatment planning in oral surgery, and during follow-up visits to ensure the health of peri-implant and periodontal tissues.

What are the technical characteristics?

The Wilkins/Tufts #TU17/23 probe is distinguished by its dual functional termination. The #31 handle is designed to offer a grip adapted to the requirements of daily clinical practice. Manufactured by Hu-Friedy, this instrument benefits from the expertise of a recognized manufacturer in the field of surgical and dental instrumentation. The working ends are finely calibrated to guarantee optimal tactile transmission during the exploration of dental structures. As a Class I device, it is designed to withstand the standard cleaning and sterilization cycles in force in the asepsis protocols of dental surgery practices.

What are the contraindications for use?

According to the information provided by the manufacturer Hu-Friedy Mfg. Co., LLC, there are no specific medical contraindications listed for this Class I instrument, apart from the standard protocols related to the use of manual instruments in the mouth. Use must be strictly limited to qualified healthcare professionals. It is imperative not to use the instrument if it shows signs of deformation or corrosion that could compromise diagnostic accuracy or patient safety. Practitioners must systematically refer to the instructions for use before any manipulation to ensure compliance with the intended use.

What are the precautions for use and maintenance?

As a non-resorbable and reusable instrument, the Hu-Friedy Wilkins/Tufts probe requires rigorous maintenance. Before the first use and after each intervention, the device must be cleaned, disinfected, and sterilized in accordance with the manufacturer's instructions. It is crucial to check the integrity of the #17 and #23 tips to maintain high diagnostic precision. Particular attention must be paid to drying to avoid any risk of oxidation, although the instrument is designed for demanding clinical environments. Compliance with sterilization cycles guarantees the longevity of the instrument and microbiological safety during oral surgery examinations.

Who is the manufacturer and what standards are respected?

The official manufacturer of this device is Hu-Friedy Mfg. Co., LLC, located at 3232 N. Rockwell St., Chicago, USA. This product is listed under Class I according to medical device regulations. Hu-Friedy is a globally recognized manufacturer for the quality of its dental and surgical instrumentation. Although specific CE marking is not detailed in the provided sources, the product complies with the manufacturing standards imposed for Class I devices intended for healthcare professionals. Each user is invited to read the instructions carefully before use to ensure compliance with safety and clinical efficacy standards.

State of the art

Specialized surgical instrumentation is evolving towards ergonomic designs.