Description

Coreflon

High-precision monofilament PTFE suture for demanding surgical applications

Unique PTFE Microstructure

Revolutionary polytetrafluoroethylene technology with an extremely smooth microstructure. Minimal tissue trauma and excellent gliding properties differentiate Coreflon from conventional PTFE sutures.

White Precision Marking

The white coloration allows for optimal visibility during surgical procedures. Excellent contrast against tissue for precise suture placement and traceability.

Superior Biocompatibility

Absolute inertness of the PTFE material guarantees minimal tissue reaction. Extremely low risk of infection due to bacteria-repellent surface properties.

Ideal Areas of Application

• Reconstructive surgery
• Vascular surgery
• Neurosurgery
• Cardiovascular procedures
• Microsurgery
• Implant surgery

Technical Specifications

Precision without Compromise

Coreflon represents the pinnacle of surgical suture technology. The unique PTFE microstructure offers a suture with unsurpassed biocompatibility, minimal tissue reaction, and outstanding precision.

Pros and cons

• Specialized Surgical Applications:
• Reconstructive Surgery:
• High-precision soft tissue reconstructions
• Complex tissue transplantations
• Plastic
• aesthetic corrections
• Scar revision
• reconstruction
• Vascular Surgery:
• Vascular anastomoses
• Repair of vascular defects
• Microvascular procedures
• Vascular wall reconstruction
• Bypass surgeries
• Neurosurgery:
• Microsurgical nerve suturing
• Precise nerve tissue reconstruction
• Neuroplastic procedures
• Microsurgical interventions on the nervous system
• Cardiovascular Surgery:
• Heart valve reconstructions
• Pericardial repairs
• Vascular interventions
• Surgical procedures on heart valves
• pericardium
• Highly Specialized Microsurgery:
• Ophthalmic surgery
• Microsurgical reconstructions
• Precise interventions with minimal tissue stress
• Complex procedures with highest precision requirements
• Implant Surgery:
• Stabilization of soft tissue grafts
• Fixation of implants
• Support for implant integration
• Precise tissue adaptation around implants