Harvard’s Microrobotics Lab is publishing some amazing work regarding a MEMS fabrication technique for creating 3-dimensional millimeter-scale robots from 2-dimensional multi-layer components.
Harvard’s Microrobotics Lab is publishing some amazing work regarding a MEMS fabrication technique for creating 3-dimensional millimeter-scale robots from 2-dimensional multi-layer components.
Congratulations to the University of Maryland team of 200 engineers who took first place in the Department of Energy’s Solar Decathalon 2011.
The AACC annual meeting hosts the largest clinical laboratory expo, and this year’s expo was probably the largest ever with an estimated 20,000 participants, close to 700 exhibiting companies, 2,000+ booths, and over half a million square feet of exhibit space!
Key Tech will be at the American Association for Clinical Chemistry (AACC) annual meeting again this year in Atlanta. Pick up one of our new build-a-brochures and send in a photo of your creation.
Product by Process aggregates published generally high-quality videos of behind-the-scenes tours of how various products are manufactured.
This year’s competition was deemed “LogoMotion”, where one objective of the game was to hang inflated tubes onto wall-mounted pegs as high as nine feet up.
Key Tech predominately develops medical devices. About 80% of our work is electro-mechanical medical device development. The majority of the remaining 20% continues to be electro-mechanical hand-held and laboratory instruments, just not in the medical industry.
There are three major rapid prototyping techniques for making plastic parts fast; layer building, low-pressure molding/casting, and machining. Each has its advantages and drawbacks, depending on how you intend to use the part. Let’s start with the various layer-building processes.
Want to start-up a medical device company? Key Tech attended the Johns Hopkins University’s “Medical Device Start Up Tool Box Day” to explain why having an experienced design engineering partner in your “tool box” is key to your success.
As designers, we can improve our injection molded parts to make them perform better and require less expensive tools. Check out this design guide we came across to get you started.