Flexible Micro Vessel Dilator for Demanding Vascular Surgery
The GARRETT VESSEL DILATOR FLEXIBLE 1.0MM 14.0 cm is a medical device of CE Class I according to ISO 13485:2016. This highly flexible micro dilator was specifically developed for the gentle dilation of smallest vessels in microsurgery, plastic surgery and vascular surgery.
Product Highlights:
✔ Certified according to ISO 13485:2016
✔ CE Marking Class I (Regulation (EU) 2017/745 MDR)
✔ Garrett Vessel Dilator with 1.0 mm diameter
✔ Highly flexible version for anatomical adaptation
✔ High-quality Stainless Steel 1.4301 – rust-free and biocompatible
✔ Tested Biocompatibility according to ISO 10993
✔ Minimal 1.0 mm tip for microvessels
✔ Optimal 14.0 cm length for precise microsurgical procedures
✔ Sterilizable and reusable
✔ Special instrument for demanding vascular reconstructions
Benefits of the Garrett Vessel Dilator:
• Ultra-Flexible: Particularly flexible construction for gentle vessel dilation
• Micro Diameter: 1.0 mm ideal for smallest vessels and microanastomoses
• Atraumatic Tip: Smooth polished surface minimizes vessel injuries
• Precise Handling: Optimal length for excellent control in depth
• Proven Design: Tested instrument for microsurgical vessel procedures
Technical Specifications:
• Model: GARRETT VESSEL DILATOR FLEXIBLE
• Total Length: 14.0 cm
• Diameter: 1.0 mm
• Construction: Highly flexible vessel dilator
• Tip: Rounded, atraumatic
• Material: Stainless Steel 1.4301
• Form: Straight, flexible shaft
• Surface: High-gloss polished for optimal gliding properties
• Flexibility: High for anatomical adaptation
• Risk Class: I according to Regulation (EU) 2017/745 MDR
Fields of Application:
• Microsurgical vascular anastomoses
• Plastic surgical tissue transplantations
• Reconstructive vascular surgery
• Peripheral vessel procedures
• Hand surgical vascular reconstructions
• Pediatric vascular surgery
• Lymph vessel surgery
Important Safety Information:
• FOR USE BY MICROSURGICAL PROFESSIONALS ONLY
• Apply only under strict aseptic conditions
• Check for damage and surface integrity before use
• Handle with particular care due to high flexibility
• Not suitable for excessive force application
• Use slow, controlled dilation technique
• Stop dilation immediately if resistance is encountered
• Exercise particular care near sensitive vascular structures
• Strictly follow reprocessing guidelines for reuse
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