• Measurement: 1 mm to 12 mm markings
• UNC probe is color-coded for charting
• Assesses pocket depths precisely and accurately
• #7 Handle provides enhanced tactile sensitivity
• Essential for reliable periodontal diagnosis

The Hu-Friedy Probe offers the SE CC UNC 1-12 is a premier, single-ended (SE) periodontal instrument essential for accurate and consistent assessment during comprehensive dental examinations. This precision instrument features the universally recognized UNC (University of North Carolina) design, which provides precise measurements for assessing pocket depths, attachment loss, and gingival recession.

The probe tip has clear, distinct, and Color-Coded (CC) markings at 1 mm intervals, ranging from 1 to 12 mm. These highly legible markings, typically indicated by contrasting bands at specific points, facilitate quick and accurate reading, which is critical for efficient and reliable periodontal charting. The working end maintains a consistent diameter of approximately 0.4 mm, ensuring the tip can be inserted gently and accurately without causing patient discomfort or tissue trauma, a key feature for standardized probing depth measurements.

The probe is secured to the ergonomically designed #7 Handle, which is characterized by its wide diameter and light, hollow construction. This design promotes enhanced tactile sensitivity, allowing the clinician to feel subtle changes in root surface texture, and significantly reduces muscle fatigue during prolonged charting sessions. Crafted from Hu-Friedy's superior stainless steel, this instrument offers exceptional durability and corrosion resistance, maintaining its integrity through repeated sterilization cycles.

The instrument is supplied as a single unit. If you are searching for the best Probe SE CC UNC 1-12, then its precise, color-coded UNC markings from 1 mm to 12 mm, combined with the comfortable and sensitive #7 handle, is best for you. The best Probe SE CC UNC 1-12 #7 Handle is an indispensable, high-quality tool for accurate periodontal diagnosis and monitoring.