The Semiconductor Industry Association (SIA) says a contractor will be in place by the end of the year to conduct a retrospective epidemiological cancer study among U.S. chip fabrication employees.
Scientists at Penn State University have demonstrated the hydrogen-sensing and self-cleaning capabilities of cost-effective titania nanotube arrays—a technology that could provide a two-fold benefit for cleanrooms and have a profound affect on both hydrogen sensing and contamination control.
When the ISO Technical Committee 209, ISO/TC 209, sat down to hammer out a draft standard on separative devices, the members—some from the semiconductor side and some from the life science side—immediately concluded that their needs were unique.
Rashid Bashir, a Purdue University associate professor of electrical and biomedical engineering, recently unveiled a technique that could provide a springboard—literally—to new particle detection systems.
The late March announcement of the creation of the Advanced Materials Research Center (AMRC) here marked a $40 million down payment on a $200 million promise from Texas Governor Rick Perry to the semiconductor research consortium, Sematech, Inc.
Properly designed seating fills a multifaceted role in a cleanroom. Ergonomic chairs provide comfort and support for workers, helping them stay productive.
Eliminating static charge in high technology and life science applications results in improved yield and quality, and lower costs for maintenance and rework
A drug manufacturer meets growing production and purity demands by using bead and crevice–free fusion technology to build upon existing polyvinylidene fluoride piping
No matter where you sit, stand or walk, or what you wear in a critical cleanroom environment, eliminating electrostatic discharge is a crucial consideration. To eliminate shocking results, check out this sampling of recent ESD abatement products.
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