micromechanical system

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micromechanical system

(mī″krō-mĕ-kăn′ĭ-kĭl),

MEMS

Any miniature electromechanical device implanted into a prosthesis used to determine if the implanted body part is functioning optimally, e.g., tolerating body temperature, load, or pressure or other forms of biological stress. Micromechanical systems are biological sensors that transmit data obtained from within body parts via radio waves to a receiver located outside the body. They have been used as adjuncts to surgery, to identify subtle bleeding from aneurysms or endografts, or to indicate when orthopedic implants are failing or likely to fail.
References in periodicals archive ?
MIG will host a European MEMS Executive Congress at the Hotel Novotel Zurich Airport Messe on March 20, 2012; the US MEMS Executive Congress 2012 will be held November 7-8, 2012 at the Kierland Resort, Scottsdale, AZ.
Finally, considered as Emerging MEMS technologies and covered in our report, other applications are really at the start of the learning curve or will stay niche applications.
In parallel MEMS foundries are coming out of the economic downturn in a strong position: more system manufacturers have made the decision to stop internal MEMS manufacturing and are now working with MEMS foundries.
Pushed by this growth, most of the large MEMS manufacturers are either investing in new 8" lines are transferring their production to MEMS foundries.
s team has long-standing expertise in MEMS process development and product industrialization.
MEMS Microphones Witness Significant Growth and Increased Activity all over the World
The UACJ research facility will use SUSS's SB6e semi-automated wafer bonder, BA6 bond aligner, and FC150 device bonder to develop and advance MEMS prototyping processes in Mexico.
This study covers the technology segments: MEMS Pressure Sensors, MEMS Accelerometers and MEMS Gyroscopes.
Tanner Labs, a division of Tanner Research, today said it will begin offering scanning electron micrograph (SEM) services in its MEMS R&D and Fabrication Facility in Pasadena.
MEMS technology for consumer markets has been discussed for at least ten years, says principal analyst Alan Varghese: "The traditional challenges for MEMS related to the difficulty of reliably manufacturing components at high volumes, effective packaging techniques, long-term device reliability, technology cost, and supply chain robustness, all of which had a damping effect on the industry.