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    The EKOS cart has the catalog number 700-60101. The EKOS cart is a custom infusion stand/cart used to hold and transport the EkoSonic Control Unit. The cart is designed with three poles to hold infusion pumps and fluid bags, a tray on which the EkoSonic Control unit sits and a base designed to hold an Uninterruptable Power Supply (UPS). The cart mounts on 4 wheels, two locking and two non-locking.

    FDA Enforcement
    Class II ·Terminated·EKOS Corporation·October 5, 2016

    The EKOS EkoSonic Control Unit is intended exclusively for use with the EkoSonic Endovascular Device and the EkoSonic MACH4 Endovascular Device. The EkoSonic Endovascular System consists of three main components: -a single use EkoSonic Endovascular Device which is comprised of an Intelligent Drug Delivery Catheter (IDDC) and -removable MicroSonic Device (MSD), and -a reusable EKOS EkoSonic Control System. During use, fluids are delivered through the side-holes of the IDDC. The MSD is placed through the central lumen of the IDDC to deliver ultrasound energy along the length of fluid delivery, dispersing the fluid into the intravascular treatment site. The reusable EKOS EkoSonic Control Unit provides power to the system and the user interface for operator control. A reusable, nonsterile Connector Interface Cable connects the EKOS EkoSonic Control Unit to the EkoSonic Endovascular Device.

    FDA Enforcement
    Class II ·Terminated·EKOS Corporation·July 29, 2015

    EkoSonic Endovascular System, Catalog Number 500-56112. It consists of three main components, a single use EkoSonic Endovascular Device which is comprised of an Intelligent Drug Delivery Catheter (IDDC) and removable MicroSonic Device (MSD), and a reusable EKOS EkoSonic Control System. During use, fluids are delivered through the side-holes of the IDDC. The MSD is placed through the central lumen of the IDDC to deliver ultrasound energy along the length of fluid delivery, dispersing the fluid into the intravascular treatment site. The reusable EKOS EkoSonic Control Unit provides power to the system and the user interface for operator control. A reusable, non-sterile Connector Interface Cable connects the EKOS EkoSonic Control Unit to the EkoSonic Endovascular Device.

    FDA Enforcement
    Class II ·Terminated·EKOS Corporation·March 2, 2016

    EKOS Control Unit 4.0 console, a component of the EKOS Control System 4.0, which is a component of the EkoSonic Endovascular System.

    FDA Enforcement
    Class II ·Ongoing·Boston Scientific Corporation·November 9, 2022

    EKOS Control System (CU) 4.0. UPN 600-40500 The EkoSonic MACH4 Endovascular (EKOS) System consists of a single use Infusion Catheter and Ultrasonic Core, and a reusable Control Unit 4.0. The device delivers the physician-specified fluids and ultrasound to the intravascular treatment site. The reusable Control Unit provides power to the device and provides the user interface for operator control. A reusable, non-sterile connector interface cable (CIC) connects the Control Unit to the Ultrasonic Core and Infusion Catheter.

    FDA Enforcement
    Class II ·Ongoing·Boston Scientific Corporation·December 23, 2020

    The EkoSonic Endovascular System employs high frequency (2-2.5 MHz), low power (0.585 watt average power per transducer) ultrasound to facilitate the delivery of physician-specified fluids in the peripheral vasculature and to deliver solutions into the pulmonary arteries. The EkoSonic Endovascular System is intended for the controlled and selective infusion of physician-specified fluids, including thrombolytics, into the peripheral vasculature and the infusion of solutions into the pulmonary arteries. The reusable EKOS EkoSonic Control Unit provides power to the system and the user interface for operator control. A reusable, non sterile Connector Interface Cable connects the EKOS EkoSonic Control Unit to the EkoSonic Endovascular Device.

    FDA Enforcement
    Class II ·Terminated·EKOS Corporation·November 13, 2013

    EkoSonic Endovascular Devices EKOS Intelligent Drug Delivery Catheter

    FDA Enforcement
    Class II ·Terminated·EKOS Corporation·September 28, 2016

    Brand Name: Welch Allyn, Inc. Product Name: Welch Allyn Spot Vision Screener VS100 Model/Catalog Number: VS100 Software Version: Software version 3.2.0.1 Product Description: Welch Allyn Spot Vision Screener VS100, FDA product code name: Refractometer, ophthalmic One unit per package

    FDA Enforcement
    Class II ·Ongoing·Baxter Healthcare Corporation·March 25, 2026

    EkoSonic MACH4 Endovascular Device (Catalog #500-55106, 500-55112; 500-55118; 500-55124; 500-55130; 500-55140; 500-55150; 500-54106; 500-56130; 500-56140; 500-56150) is a catheter, continuous infusion. it consists of the Intelligent Drug Delivery Catheter (IDDC) and the MicroSonic Device (MSD). It is intended for the controlled and selective infusion of physician-specific fluids, including thrombolytics, into the peripheral vasculature. All therapeutic agents utilized with the EkoSonic Endovascular System should be fully prepared and used according to the instruction for use of the specific therapeutic agent. The Kit MACH4 is labeled in parts: "***EkoSonic MACH4 Endovascular Device***MicroSonic Device and Intelligent Drug Delivery Catheter***". The Pouch MSD is labeled in parts: "***EKOS***MicroSonic Device***Sterile***". EkoSonic Endovascular System is a catheter, continuous infusion. It is intended for the controlled and selective infusion of physician-specific fluids, including thrombolytics, into the peripheral vasculature. The system is also intended for the infusion of solutions into pulmonary arteries.

    FDA Enforcement
    Class II ·Terminated·EKOS Corporation·July 25, 2012

    Multirall(TM) 200Liko Strap Gripper P/N 3136250 overhead lift for patient transfer situations.

    FDA Enforcement
    Class II ·Terminated·Liko AB·October 24, 2018

    Ikaria, INOmax DSIR (Delivery System), Model 10007. Nitric oxide delivery system for use with ventilators.

    FDA Enforcement
    Class II ·Terminated·INO Therapeutics (dba Ikaria)·March 11, 2015

    Mallinckrodt Pharmaceuticals INOmax DSIR Plus delivery system. Model 10007. Delivers INOMAX (nitric oxide for inhalation). The INOmax DSIR uses a dual-channel design to ensure the safe delivery of INOMAX. The first channel has the delivery CPU, the flow controller and the injector module to ensure the accurate delivery of NO. The second channel is the monitoring system, which includes a separate monitor CPU, the gas cells (NO, NO2, and 02 cells) and the user interface including the display and alarms. The dual-channel approach to delivery and monitoring permits INOMAX delivery independent of monitoring but also allows the monitoring system to shutdown INOMAX delivery if it detects a fault in the delivery system such that the NO concentration could become greater than 100 ppm. The delivery system can also shut down delivery if it detects certain serious problems with the monitoring system.

    FDA Enforcement
    Class II ·Terminated·INO Therapeutics (dba Ikaria)·February 1, 2017

    INOmax DSIR, model 10007, Nitric Oxide Delivery System, with Software version 3.0.0. The INOmax DS delivery system delivers INOMAX (nitric oxide for inhalation) therapy gas and provides continuous monitoring of inspired O2, NO2, and NO, and a comprehensive alarm system. The primary targeted clinical setting is the Neonatal Intensive Care Unit (NICU) and secondary targeted clinical setting is the transport of neonates.

    FDA Enforcement
    Class II ·Terminated·INO Therapeutics (dba Ikaria)·May 14, 2014

    INOMAX DSIR Nitric Oxide delivery system, Model 10007, software version 3.1.0., delivers INOMAX (nitric oxide for inhalation) therapy gas and provides continuous monitoring of inspired O2, NO2, and NO, and comprehensive alarm systems. The primary clinical settings are Neonatal Intensive Care Units (NICU) and to transport of neonates.

    FDA Enforcement
    Class II ·Terminated·INO Therapeutics (dba Ikaria)·December 17, 2014

    Mallinckrodt Pharmaceuticals INOflo DS, NO Gas Control System. Product Usage; Device Classification: The INOmeter is an accessory to the nitric oxide delivery device which is used for the delivery of inhaled nitric oxide to patient. An INOmeter is affixed to each cylinder of drug product. Functionality of the INOmeter: The INOmeter is affixed on top of each INOflo cylinder valve in Japan. When the healthcare provider opens the INOmeter the compressed gas cylinder valve opens to begin flow of the nitric oxide in nitrogen compressed gas. The nitric oxide gas is administered to a patient via a nitric oxide delivery device. The amount of time that gas flow administered to a patient is captured in the INOmeter. Each INOmeter is programmed to include the drug product expiration date as listed on the INOflo drug product label. The INOmeter electronically communicates to the nitric oxide delivery device via infrared technology by way of the iButton and in so communicates the expiration date of the corresponding cylinder of INOflo drug product to the delivery device. The delivery device evaluates and compares the expiration date to the current date of therapy administration. If the drug product expiration date is prior to the current date, an error and alarm is registered by the nitric oxide delivery device and administration of the expired drug to the patient is stopped after 120 seconds. If this occurs, the healthcare provider can operate the nitric oxide delivery device manually and deliver the INOflo as indicated in the Instructions For Use (IFU). The INOflo delivery device has the functionality to administer INOflo in manual mode.

    FDA Enforcement
    Class II ·Terminated·INO therapeutics LLC/dba ikaria·August 15, 2018

    Hemosphere System with the following three components: HEM1 Advanced Monitor, HEMSGM10 (Swan-Ganz Module), and HEMOXSC100 (Oximetry Smart Cable). Product Usage: The HemoSphere Advanced Monitor (HEM1) is intended to be used in combination with a compatible Edwards hemodynamic monitoring technology module and/or cable and accompanying Edwards accessories and/or disposables. It provides Edwards hemodynamic monitoring technologies through modular connections. The HemoSphere Swan-Ganz Module (HEMSGM10) is intended to be used by qualified personnel or trained clinicians in a critical care environment in a hospital setting. It is a multi-use device that works in conjunction with the HemoSphere Advanced Monitor, patient CCO cable and compatible Swan-Ganz catheter to acquire and process temperature data supporting intermittent cardiac output (iCO), continuous cardiac output (CCO) and right ventricular end diastolic volume (EDV) monitoring. The HemoSphere Oximetry Smart Cable (HEMOXSC100) is intended to be used by qualified personnel or trained clinicians in a critical care environment in a hospital setting. It is a multi-use device that connects with a compatible Edwards monitor on one end and any approved Edwards oximetry catheter on the other end to continuously measure venous oxygen saturation by reflectance spectrophotometry. LEDs within the oximetry cable transmit light fiber optically to the distal end of the catheter. The amount of light absorbed, refracted, and reflected depends on the relative amounts of oxygenated and deoxygenated hemoglobin in the blood. This optical intensity data is gathered by the oximetry catheter, processed by the HemoSphere Oximetry Cable, and displayed on a compatible monitoring platform. Parameter output is mixed venous oxygen saturation (SvO2) or central venous oxygen saturation (ScvO2).

    FDA Enforcement
    Class II ·Terminated·Edwards Lifesciences, LLC·February 7, 2018

    GE Healthcare Optima CT580/Discovery CT590RT scanners running software version 13BW16.3. The Discovery CT 590 RT and Optima CT 580 series of Computed Tomography systems are intended to produce cross-sectional images of the body by computer reconstruction of XRay transmission data taken at different angles and planes, including Axial, Cine, Helical (Volumetric), and Gated (Respiratory and Cardiac) acquisitions in patients of all ages.

    FDA Enforcement
    Class II ·Terminated·GE Healthcare, LLC·March 26, 2014