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  Five Steps to Medical Device Development Success

  Five Steps to Medical Device Development outlines a process to follow that helps ensure successful commercialization.

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  Algorithm Aided Design – Personal Data Driven Medical Device Design

  Algorithm Aided Design (AAD) allows for new possibilities and opportunities in the medical market in terms of custom design and 3D printing.

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  Developing a Diagnostic Product for Use Outside a Laboratory

  Considerations when developing a diagnostic product that is intended for use outside a traditional laboratory.

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  Five Critical Considerations in Designing Microfluidic Cartridges

  Designing Microfluidic Cartridges offers five critical considerations to increase success during microfluidic cartridge development.

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  Designing BLDC motor drive electronics

  Designing BLDC motor drive electronics focuses on the particular strategy of driving the motor windings with sinusoidal waveforms.

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  3D Printed Parts Streamline Development Process

  3D Printed Parts Streamline Development provides context for designers using 3D printed parts as a part of their market-ready medical devices.

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  Choosing a Medical Device Camera Sensor

  Medical Device Camera Sensor technical trade-offs to consider when incorporating a visible or near-infrared range camera sensor into a medical device. 

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  Coupling Light from LEDs and Light Guides in Medical Devices

  Coupling light from LEDs and light guides in Medical Devices overview and tips include putting the light-guide entrance face as close as possible to the LED output face.

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  Medical Device Design for the Developing World

  Medical Device Design for the Developing World – why are there so many nonfunctional and broken medical devices in low-income regions?

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