GOURDET Uterine Curette blunt Fig.1 28cm

GOURDET UTERINE CURETTE BLUNT • FIG. 1 • 28CM • CE CLASS I • ISO 13485:2016

Blunt Uterine Curette for Gentle Gynecological Curettage

The Gourdet uterine curette blunt according to Figure 1 (28 cm) is a surgical instrument of CE class I according to ISO 13485:2016. Specifically developed for gentle gynecological curettage procedures, the blunt spoon shape according to Figure 1 enables tissue-sparing abrasion of the uterine lining.

Product Highlights:

✔ Certified according to ISO 13485:2016
✔ CE marking Class I (MDR 2017/745)
✔ Blunt spoon shape according to Figure 1 for tissue-friendly application
✔ Length 28 cm for deep uterine procedures
✔ High-quality stainless steel 1.4021 – rust-free and biocompatible
✔ Tested biocompatibility according to ISO 10993 – for safe application
✔ Blunt rounded edges – for minimal tissue trauma
✔ Atraumatic tip – for optimal patient comfort
✔ Ergonomic handle – for precise guidance
✔ Sterilizable – multiple times via steam, plasma or heat
✔ Robust construction – for long service life

Benefits of the Gourdet Uterine Curette Blunt Fig. 1:

• Blunt design for maximum tissue protection
• Optimal length for deep uterine procedures
• Proven shape according to Figure 1 for gentle curettage
• Ideal for sensitive endometrial conditions

Areas of Application:

• Gentle diagnostic curettage
• Abrasion for atrophic endometrium
• Postmenopausal abrasion
• Curettage for suspected fragile tissue
• Controlled tissue removal
• Abrasion in postpartum care

Technical Specifications:

• Model: Gourdet Uterine Curette Blunt
• Length: 28 cm
• Configuration: Figure 1
• Feature: Blunt rounded edges
• Material: Surgical Steel 1.4021
• Type: Reusable (multiple use)
• Risk Class: I according to MDR 2017/745
• Sterilization: Sterilizable (steam, plasma, heat)

Important Safety Information:
• For gynecological professionals only
• Inspect integrity and smoothness of surface before each use
• Adhere to correct sterilization procedures
• Special care during application in fragile tissue conditions