MEDICAL DIAGNOSTIC INSTRUMENT

Brand Owner (click to sort) Address Description
ANYWHERE. ANYTIME. CARE. Daktari Diagnostics, Inc. 85 Bolton Street Cambridge MA 02140 medical diagnostic instrument, namely, body fluid analyzer for providing cell and particle analysis, detection, or counting and for reporting results; cartridges for medical use for collecting and processing body fluids, bodily cells, and bodily particles;
ANYWHERE. CARE. Daktari Diagnostics Inc. 85 Bolton Street Cambridge MA 02140 Medical diagnostic instrument, namely, body fluid analyzer for providing cell and particle analysis, detection, or counting and for reporting results; cartridges for medical use for collecting and processing body fluids, bodily cells, and bodily particles;CARE;
ANYWHERE. PATIENT. CARE. Daktari Diagnostics, Inc. 85 Bolton Street Cambridge MA 02140 medical diagnostic instrument, namely, body fluid analyzer for providing cell and particle analysis, detection, or counting and for reporting results; cartridges for medical use for collecting and processing body fluids, bodily cells, and bodily particles;
ASCENSIA BAYER CORPORATION 100 Bayer Road Pittsburgh PA 15205 Medical diagnostic instrument for the analysis of body fluids, namely, blood glucose meter;
ASCENSIA BRIO BAYER HEALTHCARE 100 Bayer Boulevard Whippany NJ 07981 Medical diagnostic instrument, namely blood glucose meter;
DEX BAYER CORPORATION 100 Bayer Road Pittsburgh PA 15205 medical diagnostic instrument, namely blood glucose meter;
EXEL BAYER CORPORATION 100 Bayer Road Pittsburgh PA 15205 medical diagnostic instrument, namely, blood glucose meter;
TEARTEC RAPID LACRIMAL FLUID ASSESSMENT SYSTEM Cook, Jerry W. 5500 North Oak Trafficway Kansas City MO 64118 medical diagnostic instrument for the clinical assessment of tear volume;RAPID LACRIMAL FLUID ASSESSMENT SYSTEM;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A dummy medical instrument for connection to a force feedback mechanism. The dummy medical instrument having a number of cables 5, 8 extending around control knobs 1, 2. In a real instrument corresponding to the dummy instrument, the cables would extend to the tip of the instrument to allow controlled flexing of the tip of the instrument. In the dummy medical instrument, the same cables are routed down the umbilical of the instrument for connection to force feedback motors simulating the forces felt on the tip of the instrument.