Introducing the groundbreaking Navvus II® Rapid Exchange Pressure MicroCatheter, designed for evaluating coronary and peripheral physiology. This tool aids in the assessment of whether additional physiological intervention is required. It can be utilized with both hyperemic and non-hyperimic physiological assessments. After extensive testing, the ACIST team has found that Navvus II® facilitates navigation and enhances performance in various clinical cases. Navvus®II may provide consistent and accurate performance when faced with a wide variety of common clinical case challenges. Moreover, it offers the convenience of utilizing a 0.014″ guidewire throughout the procedure. For further insights, we invite you to watch the accompanying video to delve deeper into its capabilities.
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Above is a guide on utilizing the ACIST RXI® Rapid Exchange System in conjunction with the ultra-thin Navvus® Rapid Exchange FFR MicroCatheter. When combined, these tools help you to efficiently assess FFR by utilizing your preferred 0.014″ wire. The RXi® system is renowned for its plug-and-play functionality, seamlessly displaying the patient’s aortic pressure upon setup. Moreover, the ACIST RXi® offers various console setting options that can be utilized, such as facility name, patient information, and vessel identification. Furthermore, this article provides troubleshooting tips for the RXi®. For more details on this physiological assessment tool, please continue reading.
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Explore this brochure to gain insights into the ACIST HDi® HD IVUS System, the preferred choice for intravascular ultrasound/intracoronary imaging. Discover what this system is and how it can benefit physicians by providing enhanced patient care. The HDi® IVUS System introduces innovative imaging modes, including LumenView™ and SilkView™, specifically designed to detect complex complications. This aids in enabling physicians to effectively treat patients. By facilitating the identification of edge dissection, lipid plaque, and thrombus, the HDi® System aids in reducing coronary complications. This approach, focused on “see it, treat it, and prevent it,” has shown improved detection of thrombus and edge dissection. Notably, HDi® surpasses OCT in stent size visualization of media by a factor of 3, and it detects 8 times more lipid pools compared to the 40 MHz system. Delve further into this brochure to uncover additional details about the ACIST HDi® System and its accompanying Kodama® HD IVUS Catheter.
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The Acist Navvus®II Rapid Exchange FFR MicroCatheter provides users with the flexibility to utilize their preferred .014” guidewire, enabling fast and precise FFR assessment. This product offers several advantages. It enhances performance by improving flexibility, reducing the profile for entering lesions, and facilitating navigation of complex disease through streamlined contouring. With the ability to use a 0.014″ guidewire of choice, the ACIST Navvus®II ensures control throughout the procedure, including pullback and post-PCI assessments. Its consistent and accurate performance is attributed to its fiber-optic sensor technology, which is potentially less prone to drift compared to traditional pressure wires. The Navvus®II features a streamlined crossing profile, enhancing crossability, and is compatible with any existing RXi® Rapid Exchange FFR System, the Non-Hyperemic Index for Coronary Physiology or RXi® Mini™ Rapid Exchange FFR System. For more information on the characteristics and technical specialties of Navvus®II, please continue reading.
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The Navvus® Rapid Exchange FFR MicroCatheter stands as the sole alternative to traditional FFR pressure wire technology. It provides the flexibility to employ your preferred guidewire for swift and precise FFR evaluations. Navvus® offers reliable deliverability with a slender profile and a tapered tip, allowing for easy navigation through intricate vessels and crossing of complex lesions with minimal force. Moreover, Navvus® ensures optimal control by accommodating any 0.014″ guidewire, maintaining wire position throughout the procedure, including pull-back assessments and post-PCI FFR measurements. Additionally, it helps provide enduring accuracy through its fiber-optic sensor technology, delivering precise and reproducible hemodynamic pressure measurements. For further insights, delve into the ACIST FFR Study, which demonstrates a strong correlation between FFR measurements obtained by Navvus® and those achieved through standard pressure wires.
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Discover the insights of Dr. Mark Rothenberg, Medical Director at Cardiac Catheterization Laboratory JFK Medical Center in West Palm Beach, FL, regarding the ACIST CVi™ Contrast Delivery System. Dr. Rothenberg has dedicated over two decades to his career in interventional cardiology, where he recognized the significance of efficient contrast delivery. Delve into the details of Dr. Rothenberg’s background and gain an understanding of his rationale for choosing the CVi® system.
Background: Contrast delivery has been an important concern for Dr. Rothenberg since he began his interventional cardiology career over 20 years ago. Throughout his practice many of his patients have been elderly with compromised renal function – this at greater risk for CI-AKI. As a proctor for transcatheter aortic valve replacement (TAVR). DR. Rothenberg is also keenly interested in anything that helps advance this alternative to open heart surgery. We asked Dr. Rothenberg for his insights on the value ACIST CVi® brings to his patients, clinicians, and hospital systems.
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Introducing the RXI Mini™, the advanced FFR system designed to seamlessly integrate with your hemodynamic system and FFR software. With its flexible mounting configurations, user-friendly interface, and compact design, the RXI® Mini™ Rapid Exchange FFR System optimizes procedural efficiency while adapting to your existing setup. Its four unique mounting configurations offer improved flexibility, catering to your specific workflow requirements. Seamlessly integrating with hemodynamic systems, the product ensures streamlined patient data management. The intuitive user interface simplifies operation, allowing for improved procedural efficiency. Furthermore, the RXI Mini™ boasts a convenient, compact, and unobtrusive system profile, minimizing its footprint in the Cath lab. For further details and technical specifications, read on to discover more about ACIST RXi Mini™.
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Welcome to this guide for the ACIST RXI® Mini™ Rapid Exchange FFR System. With the Rxi® System and the ACIST Navvus® Rapid Exchange FFR MicroCatheter, you have the convenience of quickly and easily assessing FFR using your preferred 0.014″ guidewire. Let’s look at the system overview, which includes key components such as the Navvus® Interface. This interface consists of the system indicator, fiber optic port, catheter indication, Navvus® catheter port, and communication port. Additionally, the Navvus® interface cable is an essential part, comprising of the communication connector and the fiber optic connector. Lastly, the processing unit incorporates several components, including the fiber optic port, USB port, communication port, LED panel, power switch, and hemodynamic port. Keep reading to delve into further details about the RXi® Mini™ and Navvus®, understanding error messages, and exploring various troubleshooting scenarios.
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The ACIST RXi® Rapid Exchange FFR System, paired with the ultra-thin ACIST Navvus® Rapid Exchange FFR MicroCatheter, gives you flexibility and ease in assessing FFR with your chosen guidewire. Unlike other systems, the RXi® system eliminates the need for a specialized guidewire, allowing the Navvus® MicroCatheter to deliver over your 0.014″ guidewire, helping to ensure maximum control. Wire position can be maintained, even during pull-back assessments of multiple lesions, enabling swift FFR evaluations before, during, and after interventions. The system boasts a user-friendly plug-and-play design, arriving at your tableside in a ready state with the patient’s aortic pressure displayed. Additionally, it requires zeroing only once during initial installation, and the self-calibrating Navvus® MicroCatheter seamlessly integrates with the RXi® console. Leveraging fiber-optic sensor technology, the Navvus® MicroCatheter delivers accurate and reproducible hemodynamic pressure measurements, exhibiting minimal drift compared to traditional pressure-wire systems. For a comprehensive understanding of the Rxi® Console and Navvus® MicroCatheter, including detailed specifications, read on.
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The ACIST CVi® Contrast Delivery System looks to advance cardiovascular angiographic imaging by providing standardized performance across procedures, whether it involves administering small coronary injections or large volumes in the ventricles and peripheral vasculature. Compared to manual injection methods, the CVi® system ensures consistent contrast delivery, leading to reduced contrast dosage and a notable 15% decrease in contrast-induced nephropathy (CIN) incidence. Not only does this system enhance patient safety, but it also offers precise control over contrast injections. Thus, it caters to the needs of both interventional and diagnostic angiographic procedures. The AngioTouch® hand controller minimizes the requirement for additional imaging and reduces radiation exposure. Overall, the CVi® system simplifies the process while eliminating the strain associated with manual injections, benefiting physicians and staff alike. To explore further details about the ACIST CVi® Contrast Delivery System, including its advantages and product/technical specifications, read on.
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