Merge Hemo with software versions 9.10, 9.20.0, 9.20.1, 9.20.2, 9.30, 9.40.0, 9.40.1, 9.40.2 are affected only if used with any Masimo PHASEIN EtCO2 module
Nationwide Distribution including IL, SC, WI, AL, CT, CA, LA, NM, TX, OK, GA, IA, OH, FL, CO, TN, NY, NC, MA, AR, MO, HI, ND, AK, UT, WV, WA, AZ, MI, PA, ME.
Descripción del producto
Merge Hemo, 9.10, 9.20.0, 9.20.1,9.20.2, 9.30, 9.40.0, 9.40.1, 9.40.2 with Massimo PHASEIN End Tidal CO2 (EtCO2) module. Merge Hemo (formerly named HeartSuite Hemodynamics) monitors, measures, and records physiologic data from a human patient undergoing a cardiac catheterization procedure.
Nationwide Distribution to the states of : MN, WI, IL, PA, AL, MO, MT, AZ, CA, OH, FL, SC, MI, TN, CO, NV, IN, NY, MD, AR, KS, NY, IN, IA, TX, OK, NC, WA and DC.
Distribution was made to medical facilities located in AL, AZ, CA, CO, CT, FL GA, ID, IL, KY, MA, MO, NE, NH, NJ, NY, NC, OK, PA, SC, TN, VA, and WA. There was no government/military/foreign distribution.
Descripción del producto
Merge OfficePACS software. The firm name on the label is Merge Healthcare, Heartland, WI.
The software was distributed nationwide to medical facilities. There was no government/military/foreign distribution.
Descripción del producto
Merge OfficePACS software. The firm name on the label is Merge Healthcare, Hartland, WI. || OfficePACS is intended for the manipulation and displaying of medical images by a suitable licensed and qualified healthcare professional. It can show images from different modalities and interfaces to various image storage and printing devices using DICOM or similar interface standards. OrthoPACS also uses such images, in conjunction with templates for prosthetic devices, for the purposes of choosing the nature and characteristics of the prosthetic device to be used when planning a potential surgical procedure.
Worldwide Distribution -- USA, New Zealand, and United Kingdom.
Descripción del producto
Merge PACS software. The firm name on the label is Merge Healthcare, Hartland, WI. || Intended to create and display two-dimensional and three-dimensional images of anatomy from a series of digitally acquired images.