Therapeutic Uterine Curette for Tissue-Sparing Procedures with Larger Findings
The SIMS Uterine Curette (Fig. 1, 7mm, 31cm) blunt and rigid is a medical device of CE Class I according to ISO 13485:2016. The instrument was developed for safe therapeutic procedures with larger pathological findings and combines effective tissue removal with maximum tissue protection.
Product Highlights:
✔ Certified according to ISO 13485:2016
✔ CE marking Class I (Directive 93/42/EEC)
✔ Therapeutic size 7mm (Fig. 1) – for effective tissue removal
✔ Optimal length 31cm – excellent accessibility of the entire uterine cavity
✔ High-quality stainless steel 1.4301 – rust-free and biocompatible
✔ Tested biocompatibility according to ISO 10993 – for maximum patient safety
✔ Blunt curette edge – for minimal perforation risk in larger procedures
✔ Rigid construction – for optimal force transmission and control
✔ Robust manufacturing – for reliable therapeutic applications
✔ Sterile packaged – individually for immediate use
✔ Reusable – when complying with reprocessing guidelines
Advantages of the SIMS Blunt Uterine Curette Fig. 1 31cm:
• Blunt design minimizes perforation risk in therapeutic procedures
• Therapeutic size for effective removal of pathological tissue
• Optimal length for complete accessibility of the uterine cavity
• Reinforced construction for safe work with larger findings
Fields of Application:
• Therapeutic abrasion for endometrial hyperplasia with perforation risk
• Removal of placental remnants in risk patients
• Tissue-sparing treatment of abortus incompletus
• Therapeutic curettage for larger pathological changes
Technical Specifications:
• Model: SIMS Uterine Curette
• Type: Blunt and rigid, Figure 1
• Curette size: 7mm
• Length: 31cm
• Material: Surgical Steel 1.4301
• Design: Reusable
• Mechanism: Manual
• Risk Class: I according to Directive 93/42/EEC
• Sterilization: Sterile for single-use or reprocessable
Special Safety Notes:
• For experienced gynecological medical personnel only
• Particularly suitable for patients with increased perforation risk
• Check for damage before use
• If reused, strict reprocessing guidelines must be observed
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