Constantine Somow, President projects Photonically-controlled electrosurgical unit (ESU). This project consisted of the design and implementation of a computerized photonic ESU controller. Special attention was given to the embedded microcontroller design, electronic-optical interface, the temperature characteristics of the device transfer function, and failure-mode effects analysis (FMEA). Hospital-grade automated blood pressure sphygmamometer. Initially on a consulting basis, project guidance was provided on the selection of a suitable embedded controller, as well as on the implementation of Design Controls. Later, (working as an integral member of the design group) validation of the analog sensor circuit accuracy was performed through a detailed calculation of the total measurement error at environmental operating extremes. Additionally a number of hazard mitigations were recommended for the design safety as output from an FMECA analysis, and leadership was provided in software validation through to the completion of the design project and a successful 510k submission. The product is currently being marketed in the USA and Canada. Cardiac output diagnostic device and Ultrasound bone analyzer. Comprehensive product development roadmaps were prepared and intensive QA/RA & standards guidance was provided on both projects. Portable infrared transmitter for the hard-of-hearing. Proof-of-concept prototypes were designed, built and tested, paving the way for subsequent product commercialization. Upper-limb powered orthosis. The electronics was assembled and tested, and embedded firmware incorporating an inverse-kinematics algorithm was developed for this robotic arm motion-assisting device, resulting in a functioning prototype in support of a unique interdepartmental university research project.
A number of other interesting and technically challenging devices have been developed and implemented including: an optical keypad used for determining stimulus-response times for subjects being scanned with magnetic resonance imagers (MRIs), a tester used to determine the compliance of telephone handsets with the CAN3-T515-M85 standard, a computerized wheelchair laptop position controller, a spectrophotometer for an in-vitro biotech application, a driving simulator, and a training device for hearing clinic audiologists. associate network DEQPRO Medtech Solutions can, through its network of professional associates and contacts, procure, outsource, and manage a wide range of services and capabilities complementary to your project and organizational requirements, including the following:
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