MEDICAL LABORATORY CLOUD COMPUTATIONAL SERVICES

Brand Owner Address Description
SYNAPSE EMERALD CLOUD LAB, INC. 844 Dubuque Ave. San Francisco CA 94080 Medical laboratory cloud computational services; scientific laboratory cloud computational services; cloud computational services for laboratory experiments on behalf of others; software as a service featuring cloud computation data processing for laboratory experiments, for running laboratory experiments, for reviewing laboratory experiment controls, equipment, and environment data, and for reviewing laboratory experiment results; cloud computation data processing for scientific testing of chemicals, pharmaceuticals, biologics, vaccines, and medical devices; cloud computation data processing for biopharmaceutical research design and scientific testing services; cloud computation data processing for product safety and quality assurance testing for pharmaceuticals, biopharmaceuticals, chemicals, medical devices, vaccines, and biologics; cloud computation data processing for toxicological safety testing for pharmaceuticals, chemicals, and consumer products; cloud computational services for running computer simulations to simulate laboratory experiments and biological and chemical phenomena and systems;
 

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

   
Technical Examples
  1. The invention relates to a milling/grinding machine for the manufacture of dental-medical or dental-technical workpieces, having a workpiece receiver (3) and a tool (7) which can be moved, with respect to a workpiece (1) arranged in the workpiece receiver (3), linearly along three axes (X, Y, Z) standing perpendicularly of one another. In order to provide a milling/grinding machine for highly exact and economic manufacture of medical, dental-medical and dental-technical prosthetic parts for the medical technician, dentist, dental assistant and the dental technician directly in the medical laboratory, practice or commercial laboratory, the tool (7) and the workpiece receiver (3) are each arranged rotatably and/or pivotably.