BIOMEDICAL ENGINEERING SERVICES FOR MEDICAL DEVICES
BioElectric Solutions, Inc. develops electronic medical devices and instruments for companies and universities. We take on small projects between $50k – $225k in total subcontracted cost. Our rates are competitive. Our design is robust.
BioElectric Solutions will save your company development cost by focusing on prototyping in an application-centered manner. When possible, we rapidly integrate off-the-shelf technology, or even modify existing devices to work with you in testing your concept. We identify missing apparatus and develop instruments as needed. We work with you from concept to production.
Duke Biomedical Engineering
CLIENT’S DESIGN CONTROLS GUIDE OUR
- Hardware Development
- Software Development
- Modeling Services
VALUE-ADDED APPLICATION MODULES
- Electrogram acquisition and signal processing
- Prosthetic, robotic and automation control systems
- Dynamic system modeling and optimization
- Medical Imaging
- Control and monitoring of implantables, diagnostic, therapeutic and other real-time devices
BIOMEDICAL ENGINEERING SERVICES FOR MEDICAL DEVICES |
|
INTELLECTUAL PROPERTY PROTECTIONProtect your intellectual property and simplify your design: Use a host-controller model and maintain all intellectual property on an ordinary PC host. The host can make complex calculations for nonlinear modeling and simulate signal-processing concepts. DEVICE DOWNLOADS & OPTIMIZATIONDownload tuned parameters onto a simple device. The device can then be optimized, or even upgraded to conduct different or new functions by receiving new parameters. VERTICAL HOST INTEGRATIONBiomedical Engineering Society
Vertically integrate your host, and maintain your medical device as flat as possible so that a state machine with the right firmware can send the clearest images, link your manipulator to a new set of activating signal sources or automatically update feedback-control loops. COMPREHENSIVE CUSTOMER SUPPORTDeliver cost-effective customer support by staying in touch with your devices. Networking your hosts in the field will facilitate detailed information flow so that you would learn how your device is performing. Upload diagnostics and help your customer troubleshoot field problems directly from your headquarters. Download new medical information into the host that can be used to better operate your devices. EASY FDA APPROVALDecrease FDA filing costs with a modular design approach. Clear separation of essential and nonessential functions can simplify your FDA approval with the use of addenda. Maintain your complex design in the host, so that a minor field upgrade is nothing but another tuning session for the device. |
|
HARDWARE DESIGN & DEVELOPMENT |
|
|
BioElectric Solutions, Inc. designs custom circuits for signal processing and control systems of medical instruments. Every design will require some degree of signal routing, signal conditioning, switching, control or some processing that would be too inefficient to implement in software. All hardware is implemented at the board level, except for FPGA’s. DC TO 80 MHZWe support small signal instrumentation in low frequency, typically used for electrogram and physiologic data acquisition. We can design RF transceivers for imaging applications extending up to 80 MHz. HYBRID AND DIGITAL CIRCUITSWe support hybrid circuits that require digital logic for interrupt control, switching or time-variant operations such as variable filter cutoffs. Adze Ybrant We also support basic Xylinx FPGA’s and Altera PLD’s for FIR design and control loop servicing. |
|
SOFTWARE DEVELOPMENT FOR MEDICAL DEVICES |
|||||
|
|||||