North Carolina CNC titanium periodontal probe, 1-15 mm graduations - Helmut Zepf (24.216.06) - Delynov

What is the Helmut Zepf North Carolina titanium probe?

The North Carolina titanium probe is a high-precision periodontal examination instrument designed by Helmut Zepf Medizintechnik GmbH. This device is distinguished by its titanium structure, a material selected for its specific properties in clinical settings. Its working part features clear graduations obtained by CNC machining, ensuring optimal readability and wear resistance during decontamination cycles. It is specifically calibrated to provide a rigorous assessment of biological space and supporting tissues. Technical reference 24.216.06 corresponds to a model graduated from 1 to 15 mm, allowing for deep exploration of periodontal or peri-implant sites.

What are the clinical indications for this instrument?

In oral surgery and periodontology, this 15mm periodontal probe is indicated for the diagnosis and monitoring of periodontal pathologies. It allows the practitioner to accurately measure probing depth, detect gingival recessions, and evaluate furcation involvement. In implantology, it is used to measure the height of keratinized mucosa or the depth of peri-implant pockets. Its design allows for atraumatic exploration of soft tissues. The use of this Helmut Zepf instrument is systematic during initial assessments, re-evaluations after etiological treatment, and during periodontal maintenance phases to monitor the stability of the epithelial attachment.

What are the technical characteristics of probe 24.216.06?

The periodontal probe referenced 24.216.06 by Helmut Zepf presents rigorous technical specifications. It features a continuous graduation ranging from 1 mm up to 15 mm, marked by a CNC (Computer Numerical Control) process that ensures constant millimeter precision over the entire length of the rod. Manufactured in titanium, it offers lightness and chemical neutrality adapted to the requirements of dental practices. The thinness of its tip allows for delicate insertion into the sulcus without forcing the attachment. Its straight configuration is ideal for accessing the various surfaces of anterior and posterior teeth, thus facilitating a complete recording of the periodontal chart.

What are the contraindications for the use of this probe?

Contraindications for the use of the North Carolina titanium probe are mainly related to acute inflammatory states of the gingival tissues, where premature probing could cause pain or bleeding not representative of chronic pathology. Excessive pressure should be avoided during insertion to prevent damaging the epithelial attachment or perforating the bottom of the periodontal pocket. Although titanium is recognized for its biocompatibility, a known hypersensitivity to this material constitutes a theoretical contraindication. Finally, the use of a damaged instrument or one with illegible graduations is prohibited to guarantee the reliability of clinical measurements.

What are the maintenance precautions for this titanium instrument?

As a non-resorbable and reusable instrument, the Helmut Zepf titanium probe requires a strict sterilization protocol after each use. Although titanium is extremely resistant to corrosion, it is recommended to use neutral pH cleaning solutions to preserve the integrity of the CNC graduations. Prolonged contact with strong oxidizing agents or instruments made of different metals in the ultrasonic bath must be avoided to prevent any risk of electrolysis. The practitioner must regularly inspect the tip of the probe to ensure it is not bent or blunt, which would distort pocket depth measurements and could traumatize periodontal tissues.

Who is the manufacturer and what standards are respected?

The official manufacturer of this device is Helmut Zepf Medizintechnik GmbH, a recognized player in the manufacturing of precision surgical instrumentation. Production follows rigorous manufacturing processes, particularly for the CNC marking of the North Carolina titanium probe graduations. Regarding specific regulatory standards and classifications (such as device class or CE marking), this information is not specified in the provided technical documentation. It is imperative for the user to systematically refer to the instructions for use and the labeling on the original packaging to confirm the product's compliance with current local regulatory requirements before any clinical intervention.

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