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510(k) Data Aggregation

    K Number
    K212894
    Device Name
    PhasTIPP
    Date Cleared
    2022-03-31

    (202 days)

    Product Code
    Regulation Number
    870.4885
    Reference & Predicate Devices
    Why did this record match?
    Device Name :

    PhasTIPP

    AI/MLSaMDIVD (In Vitro Diagnostic)TherapeuticDiagnosticis PCCP AuthorizedThirdpartyExpeditedreview
    Intended Use

    The PhasTIPP System is indicated for use in ambulatory phlebectomy procedures for the resection and ablation of varicose veins. The Illuminator is also indicated for use without the Resector for visualization of varicose veins and infusion of tumescent solution during an ambulatory phlebectomy procedure.

    Device Description

    The PhasTIPP System consists of an Illuminator and a Resector. During the surgical procedure, the illuminator shaft is placed through an incision under the skin with its light-emitting end to provide intense light for a better visualization of the varicose veins. A port that runs along the illuminator shaft is used to infuse tumescence solution to cause the contraction of varicosities, which aids vein visualization by creating a subcutaneous fluid pocket through which the illuminator's light can disperse. A powered resector, positioned through a different incision can then be used to morcellate and aspirate the varicosities.

    The PhasTIPP Illuminator consists of two devices: a reusable Illuminator Handpiece and a disposable Illuminator.

    The Handpiece provides illumination controls and contains an LED to provide intense light. The Handpiece is powered with new batteries for each new surgical procedure (Duracell CR 123a cell). The handpiece is provided non-sterile and must be covered with the microbial barrier sheath attached to the Disposable Illuminator in the sterile field before the procedure begins.

    The Disposable Illuminator includes, in addition to the microbial barrier sheath, a distal stainless steel fiber optic light shaft. When connected to a peristaltic pump, the Disposable Illuminator can also infuse tumescence.

    The PhasTIPP Resector consists of two devices: a reusable Resector Handpiece and a Resector Disposable (available in two diameters, 4.5mm and 5.5mm). The Disposable Resector also connects to a peristaltic suction pump to remove the resected varicosities.

    The Resector Handpiece provides controls for the operation of the rotation blades on the Disposable Resector and is powered with a set of new batteries (TLM-1550 HPM cell), for each surgical procedure. The Resector Handpiece is provided non-sterile and must be covered with the microbial barrier sheath attached to the Disposable Resector in the sterile field.

    The Control Unit that was a large equipment in the predicate device is displaced in the subject device. Instead, the Resector Handpiece and the Illuminator Handpiece control the disposable resector and illuminator in the subject device.

    AI/ML Overview

    This document describes the PhasTIPP System, an external vein stripper. The FDA's 510(k) summary provides details about the device, its intended use, and the testing conducted to establish its substantial equivalence to a predicate device.

    1. A table of acceptance criteria and the reported device performance

    The provided document doesn't explicitly state "acceptance criteria" in a tabulated format alongside "reported device performance" in the way one might expect for a clinical study with primary endpoints. Instead, it lists various design validation, system validation, and performance tests that were completed to demonstrate the device meets product performance specifications and for substantial equivalence.

    For the purpose of this request, I will infer the "acceptance criteria" from the types of tests performed and the "reported device performance" as the overall statement that the device meets these specifications.

    Acceptance Criteria (Inferred from Tests)Reported Device Performance (Summary)
    Illuminator Design Validation:The Illuminator's design, including shaft dimensions, flow rate, light output, leak testing, sheath integrity and usability, and tensile/torque strengths of components, met specifications.
    Shaft diameter, length, IV spike to pump, pump tube, pump to hub lengthsMet specifications
    Flow Rate (ml/min)Met specifications
    Light Output (lumens)Met specifications
    Leak TestingPassed
    Sheath Length (in)Met specifications
    Usability Through SheathConfirmed
    Sheath Maintains Microbial BarrierConfirmed
    Tensile Strength: Hub to Shaft (lbf), Disposable (lbf), Pump tube to Connectors, IV Spike to Tubing (lbf)Met specifications
    Torque Strength: Disposable (in-lb)Met specifications
    Kink Test: Infusion TubingPassed
    Illuminator System Validation:The Illuminator's system functions, including basic operation and low battery performance, were verified.
    Basic FunctionVerified
    Low Battery FunctionalityVerified
    Fault Insertion and Power Supply Fuse testingVerified
    Resector System Validation:The Resector's system functions, including voltage regulation, motor RPM, home position, communications, diagnostics, embedded processor, and battery critical function, were verified.
    Voltage RegulationVerified
    Motor RPMVerified
    Home Position and Home Position DriftVerified
    Communications and Diagnostic LoggingVerified
    Embedded Processor Hardware Basic FunctionVerified
    Jam ClearVerified
    Battery Critical FunctionVerified
    Embedded processor/Software loadVerified
    Resector Software Integration Validation:The Resector's software integration for timer, low battery, hardware configuration, motor state machine, oscillation, anti-stall, high current fault, motor time save/retrieve, and RTC were validated.
    Timer functionalityValidated
    Low battery functionalityValidated
    Low level hardware configuration of the micro-controller hardwareValidated
    Motor state machine runningValidated
    Functionality of the oscillation feature and softwareValidated
    Fault states related to the "anti-stall routineValidated
    High motor current fault by simulating excessive motor currentValidated
    Motor time save and retrieve functionValidated
    Real Time Clock (RTC) against the system clockValidated
    Battery critical lockout featureValidated
    Resector Design Validation:The Resector's design, including shaft diameters and lengths, aspiration tube characteristics, sterile sheath integrity, and tensile/torque strengths of components, met specifications.
    Shaft Diameter (4.5mm & 5.5mm)Met specifications
    Shaft Length (4.5mm & 5.5mm)Met specifications
    Aspiration Tube LengthMet specifications
    Aspiration Tube tensile strength to ConnectorMet specifications
    Kink Testing & Leak TestingPassed
    Bond Tubing to Back LidMet specifications
    Aspiration Flow Rate Comparison (4.5 & 5.5)Met specifications
    Motor Functionality DataMet specifications
    Sterile Sheath: Adequate length, Microbial Barrier Testing, Maintains Contamination BarrierConfirmed
    Tensile Strength: Disposable Hub to Main Shaft (4.5mm & 5.5mm), Driven Gear to the resector inner shaft (4.5mm & 5.5mm), Disposable Assembly to HandpieceMet specifications
    Torque Strength: Disposable Hub to Shaft assembly, Driven Gear to the resector inner shaftMet specifications
    Bonded joint between proximal hub and the backlidMet specifications
    Distal Hub Pinned to proximal resectorMet specifications
    Microbial Sheath Barrier Design Validation:The sheath's bubble leak test confirmed its barrier integrity.
    Sheath Bubble Leak TestPassed
    PhasTIPP Illuminator Injection Line Design Validation:The injection line's pressurized leak testing met specifications.
    Pressurized Leak TestingPassed
    PhasTIPP Illuminator Injection Line Shelf Life Validation (2 years Accelerated aging):The injection line maintained performance after accelerated aging.
    Pressurized Leak TestingPassed
    Flow Rate MeasurementMet specifications
    Luer Fitting Tensile Strength testMet specifications
    Overall LengthMet specifications
    PhasTIPP Performance Testing:System performance was confirmed in a 3D in-vitro bench test.
    System performance in 3D in-vitro bench testConfirmed
    PhasTIPP Illuminator Heat Evaluation:The heat produced by the Illuminator was evaluated.
    Evaluation of heat produced by PhasTIPP IlluminatorEvaluated (implies within acceptable limits for a medical device)
    PhasTIPP Testing to IEC 60601 Medical Electrical Equipment:The device met relevant IEC 60601 standards for electromagnetic compatibility.
    Radiated EmissionsCompliant
    Electro-Static DischargeCompliant
    Radiated Field ImmunityCompliant
    Power Frequency Magnetic FieldCompliant
    Biocompatibility (ISO 10993-1:2018):The device was found to be biocompatible for its intended use.
    External Communicating Device, Contact Circulating Blood, limited use (
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