SIMON Fistula Hook 2-teeth 22cm

SIMON FISTULA HOOK • 2-PRONG • 22 CM • CE CLASS I • ISO 13485:2016

Precision Fistula Hook for Safe Tissue Retraction and Fistula Exposure

The SIMON Fistula Hook 22 cm with 2 prongs is a medical device of CE class I according to ISO 13485:2016. This precision fistula hook with its two-pronged sharp tip is designed for the safe retraction and exposure of fistula tracts and surrounding tissue during proctological and gynecological procedures.

Product Highlights:

✔ Certified according to ISO 13485:2016
✔ CE marking Class I (Directive 93/42/EEC)
✔ Precision fistula hook according to Simon
✔ Two-pronged sharp tip for secure tissue fixation
✔ High-quality stainless steel 1.4301 – rust-free and biocompatible
✔ Tested biocompatibility according to ISO 10993
✔ Sharp prongs for reliable hold
✔ Optimal 22 cm length for good accessibility
✔ Sterilizable and reusable

Advantages of the Precision Fistula Hook:

• Two-Pronged Tip: Secure tissue fixation without excessive traumatization
• Sharp Prongs: Reliable hold even in dense tissue structures
• Optimal Length: 22 cm for good accessibility in deeper regions
• Precise Retraction: Targeted exposure of fistula tracts and pathological tissue
• Versatile Application: Ideal for proctological and perineal procedures

Technical Specifications:

• Model: SIMON Fistula Hook
• Total Length: 22 cm
• Prongs: 2 sharp teeth
• Material: Stainless Steel 1.4301
• Prong Form: Sharp, curved for secure hold
• Design: Ergonomic handle
• Tip Angle: Optimized for tissue retraction
• Risk Class: I according to Directive 93/42/EEC

Fields of Application:

• Retraction and exposure of anal fistulas
• Visualization of fistula tracts in proctology
• Tissue exposure in perineal procedures
• Assistance in fistulectomies and fistulotomies
• Surgical management of perineal fistulas

Special Safety Notes:
• STRICTLY for surgical specialists only
• Use only under sterile surgical conditions
• Careful application due to sharp prongs
• Apply only under direct visual control
• Check for sharpness and structural integrity before use
• Use controlled retraction to avoid tissue tears
• Special caution near neural structures
• Strictly adhere to reprocessing guidelines for reuse