The FLEX Vessel Prep System: A Game Changer in Vascular Access
Recently, the FLEX Vessel Prep™ System manufactured by VentureMed Group, Inc. has gained significant attention for its promising clinical outcomes and staff efficiency improvements in vascular access procedures. Featured in multiple esteemed medical journals, including the Journal of Vascular Access, the FLEX system is being highlighted for its innovative approach to arteriovenous (AV) access and peripheral arterial disease (PAD) management.
Clinical Insights from Published Studies
A retrospective analysis conducted by Dr. Robert Shahverdyan and his colleagues examined the effects of the FLEX Vessel Prep System in conjunction with drug-coated balloon (DCB) angioplasty. The findings reported a significantly lower reintervention rate per patient-year at 0.372 for the FLEX group compared to 0.695 for plain balloon angioplasty (POBA) and 0.917 for scoring balloon angioplasty (SB). These results indicate that the use of the FLEX system may lead to improved long-term outcomes for patients undergoing vascular access interventions.
In another enlightening conversation, Dr. Shahverdyan and fellow vascular access expert, Dr. Ari Kramer, discussed their real-world experiences using FLEX VP during various procedures at the Charing Cross symposium. They articulated how the system's unique mechanism allows for improved vessel preparation, directly translating to better patient outcomes.
Efficiency Gains for Healthcare Professionals
The impact of the FLEX Vessel Prep System extends far beyond clinical outcomes, also enhancing the workflow for healthcare teams in operating rooms. Dr. Kramer reported significant improvements in the efficiency of his vascular access program, which performs over 1500 procedures annually. He noted that with the integration of FLEX VP into their protocols, staff workflow has markedly improved, reducing the frequency of reinterventions—a crucial performance indicator in busy medical environments.
The feedback from various practitioners has suggested that vessel preparation can be seen as a therapeutic intervention in its own right. Dr. Kramer emphasized that they now view FLEX VP as more than just a tool; it represents a vital strategy for optimizing patient care. This perspective shift is crucial as it encourages a more comprehensive approach to AV access procedures, particularly in high-volume settings.
The Technology Behind FLEX Vessel Prep
At the core of the FLEX Armed Vessel Prep System is a proprietary technology called Kinetic Endovascular Micro-incision Creation (KEMIC). Unlike conventional methods that rely solely on static pressure, the KEMIC approach utilizes controlled motion to create multiple precise micro-incisions along the vessel, enhancing drug delivery and reducing trauma. This technique not only minimizes the risk of restenosis but also potentially improves long-term patency in AV access procedures.
The FLEX system has been cleared by the FDA and secured a CE mark, ensuring that it meets safety and efficacy standards necessary for medical devices. As clinical experiences with this technology continue to grow, there is hopeful anticipation regarding its role in revolutionizing vascular intervention practices.
Conclusion: Committing to Improved Patient Outcomes
VentureMed Group's proactive approach to addressing vascular access challenges is reflected in their commitment to providing high-quality tools that support both patients and healthcare providers. As more physicians adopt the FLEX Vessel Prep System, the evidence suggesting its efficacy will accumulate, potentially transforming the AV access landscape.
With strong endorsements from leading experts, the FLEX Vessel Prep System stands poised to enhance clinical practices worldwide. As we look toward the future, the integration of innovative technologies like FLEX promises to lead the way in creating more effective and patient-centered vascular access solutions.
For further information regarding the FLEX Vessel Prep System and VentureMed Group's offerings, visit
VentureMed Group.