Medical Device Design Case Studies

Bioelectric Research ODIN 1

Non-neurological conductive pathways, including connective tissues, charged biochemicals and ions that move through lymphatic channels and venous and arterial vessels, naturally conduct currents of electrons and ions throughout the body.


The ODIN 1™ works by using ultra low current waveforms, different from all other commercialized medical devices, to deliver the appropriate electric field gradient. This electric field exists throughout the entire volume of tissue between the two placed electrodes, which constitutes the entire body, because electrodes are placed either on the wrists or ankles.


What our customers think

I have worked with DeviceLab on several development projects, alternatively as a client and a technical consultant. As a service provider, DeviceLab was exceptionally resourceful, always ready to have creative solutions for any problem that we encountered

– Brigitte Phan

Brigitte Phan

CEO Recommendations

Challenge and Solution

  • Innovation – Unique design optimized product performance
  • Cost – Meet company cost goal target
  • Schedule -Meet tight product launch deadline
  • Manufacturing – Ease of installations and maintenance
  • Human factors – Meet stringent usability and human factors requirements


How the client benefitted

  • The project was completed on time and within budget
  • The client was able to achieve product development and business goals
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Advantages of DeviceLab

  • Innovative team
  • Industry experience
  • Proven design process
  • Rapid development services
  • Full service provider – One stop shop
  • Cost conscious
  • Design for Manufacturability
  • ISO 13485 certified for design and manufacturing

“The DeviceLab Team has demonstrated they are experienced in quickly understanding our customer/product requirements in support of our company business objectives. Our development teams have found them easy to work…

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