Maximum Myrtle-Leaf Probe for Atraumatic Deep Tissue Exploration
The MYRTLE-LEAF PROBE 20.0 cm is a medical device of CE class I according to ISO 13485:2016. This maximum myrtle-leaf probe with its characteristic myrtle-leaf shaped tip is designed for gentle deep tissue exploration and sounding of extremely hard-to-reach tissue structures in dentistry, oral surgery and dermatology.
Product Highlights:
✔ Certified according to ISO 13485:2016
✔ CE marking Class I (Directive 93/42/EEC)
✔ Maximum myrtle-leaf probe with characteristic leaf-shaped tip
✔ Precisely formed myrtle-leaf shaped tip
✔ High-quality stainless steel 1.4301 – rust-free and biocompatible
✔ Tested biocompatibility according to ISO 10993
✔ Atraumatic rounded tip for maximum patient safety
✔ Maximum 20.0 cm length for deepest explorations
✔ Sterilizable and reusable
Advantages of the Maximum Myrtle-Leaf Probe:
• Characteristic Myrtle-Leaf Shape: Ideal for extremely deep dental and dermatological explorations
• Atraumatic Tip: Rounded design minimizes tissue injuries
• Precise Tactile Function: Enables exact examination of deepest anatomical areas
• Maximum Reach: 20.0 cm for access to extremely hard-to-reach areas
• Special Application: For extremely deep dental, oral surgical and dermatological diagnostics
Technical Specifications:
• Model: MYRTLE-LEAF PROBE maximum
• Total Length: 20.0 cm
• Tip: Myrtle-leaf shaped, atraumatic
• Material: Stainless Steel 1.4301
• Form: Straight, with characteristic myrtle-leaf tip
• Surface: High-gloss polished for optimal gliding properties
• Special Feature: For extremely deep periodontal and dermatological examinations
• Risk Class: I according to Directive 93/42/EEC
Fields of Application:
• Extremely deep periodontal examinations
• Exploration of extremely deep gingival pockets
• Diagnostics of hard-to-reach furcation involvements
• Deep dermatological examinations
• Complex oral surgical procedures with extended access
Special Safety Notes:
• STRICTLY for highly experienced medical professionals only
• Apply only under aseptic conditions
• Extreme caution during deep sounding of inflamed tissues
• Atraumatic handling to avoid tissue injuries
• Check for damage and surface integrity before use
• Controlled, slow sounding technique required
• Special care near critical anatomical structures
• Strictly adhere to reprocessing guidelines for reuse
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