Monthly Archives: March 2001

March 30, 2001 — MENTOR, OH — STERIS Corporation has announced that it will be involved in a new and exciting venture with HealthSouth Corporation, Oracle Corporation and other forward-thinking partners, to build a precedent-setting all-digital automated hospital.

The project will utilize STERIS expertise, service and state-of-the-art products with those of the other contributors to create a highly streamlined and efficient facility capable of offering patients the most technologically automated approach intended to lower costs and provide the best and most effective treatments and procedural outcomes.

STERIS plans to provide a wide array of sterilization, decontamination and therapy support products and services to the digital hospital project. This will assure consistent and reliable biodecontamination and sterility at the new facility. STERIS’s products will be integrated into the technological infrastructure and operations of the automated hospital. The Company’s technologies are used in today’s healthcare facilities around the world, and aid in responding to bacterial infections and antibiotic-resistant organisms, increasing the safety of surgical procedures.

Commenting on the hospital of the future, Les C. Vinney, STERIS’s President and Chief Executive Officer, said, “STERIS’s involvement with the digital hospital project reflects its dedication to operating at the frontier of healthcare research and automation. In addition to our own development activities, we are constantly looking for opportunities to advance our product technologies by joining together with customers and other healthcare organizations. Our goal is to develop products and services that are operator- friendly, technologically advanced, and which improve the overall efficiency of healthcare facilities. It is therefore a natural fit for us to play an integral part in this forward-looking project.”

March 30, 2001 — CENTENNIAL, CO — In a strategic move to meet the increasing demand for human allografts nationwide, AlloSource, one of the largest non-profit tissue bank cooperatives, has opened its new state-of-the-art facility.

Officially opened on March 29, the new space allows AlloSource the opportunity to more than double its tissue processing capabilities and houses Class 100 cleanrooms.

AlloSource is the first national tissue network where all facets of bone and tissue recovery are entirely American Association of Tissue Banks (AATB) accredited and non-profit in nature. The new facility is located in Centennial and features a USP water system and other design features to help meet future FDA regulations. Additionally, the facility’s advanced technology enables AlloSource to immediately increase its production of core products (demineralized bone matrix, traditional grafts and structural grafts), as well as explore other opportunities for expanding its services into specialized areas.

AlloSource recently appointed Thomas A. Cycyota as its president and chief executive officer. In this role, Cycyota is responsible for directing the overall operational activities of AlloSource, including all processing, distribution and quality aspects of the organization. With over 20 years of experience in the medical device industry, Cycyota’s expertise complements the company’s mission to assure the highest quality in the products AlloSource provides to its customers.

“Opening our new facility is an exciting development for the company and the industry,” Cycyota said. “The advanced capabilities our facility provides will not only help to increase production, but also create additional opportunities to further the life enhancing benefits of allografts.”

As part of the grand opening festivities, AlloSource hosted a special dedication event at the new location, inviting key dignitaries, customers, hospital and medical representatives, to join its employees in the celebration.

“We look forward to working with several organ procurement organizations to identify more opportunities and developments in bone and tissue recovery,” Cycyota said. “Our reputation as one of the leaders in our field will be further reinforced through our facility expansion and extension of our allograft products into more specialized application.”

March 30, 2001 — SANTA SUSANA KNOLLS, CA — An Ohio steel company is taking antimicrobial technology out of the cleanroom and putting into a dream home.

AK Steel recently unveiled plans for what it says is the country’s first antimicrobial home, which will be made with products made from the company’s carbon and stainless steels coated with AgION Technologies’ antimicrobial compound. The compound reduces the growth of bacteria, mold and fungus.

The home is being built on a site just outside of Los Angeles.

“This groundbreaking project sets the stage for the home of the future,” said Richard M. Wardrop, Jr., chairman and CEO of AK Steel.

The main structure of the home and parts of the exterior will be made from steel, Steel products coated with AgION will be used for handrails, doorknobs, faucets, food preparation and other “high-touch” areas. The coated steel will also be used on the heating, ventilation and air conditioning ductwork. Other materials coated with AgION will also be used.

“This steel is coated with the world’s most advanced inorganic antimicrobial. The coating contains silver ions that are released at a slow and steady rate ensuring long term protection of steel and other services,” said Dr. Chuck Gerba, a professor or microbiology at the University of Arizona. “AK Steel’s concept home will be a tangible example of advanced cleanliness in the home.”

The 11,000 square foot home is located on a 130 acre of land and was designed by architect David Martin.

TROY, N.Y. — Shirley Ann Jackson, president of Rensselaer Polytechnic Institute, today announced the creation of the Rensselaer Nanotechnology Center that will integrate research, education, and technology commercialization through partnerships with government and industry.

Headed by Richard W. Siegel, the Robert W. Hunt Professor of Materials Science and Engineering, the Center will focus on creating novel materials and devices that could, for example, create more effective drug delivery systems in the human body, stronger and more durable plastics, enable high capacity energy and information storage devices, and produce flame-retardant plastics for planes and automobiles, as well as other important applications.

Nanotechnology uses clusters of molecules and atoms to make nanometer (billionth of a meter) size building blocks for new materials. These blocks have different properties than larger sizes of the same materials, such as electrical conductivity, optical properties, and mechanical strength.

These materials can therefore be used for many new applications. The ability to control the pattern of the building blocks of materials has resulted in advances like mirrors that do not fog, more effective sunscreens, and wear-resistant coatings for eyeglass lenses.

Research areas of the Center include advanced materials and coatings, biosciences and biotechnology, nanoelectronics, microelectronics, and nanosystems. In addition, a new research effort on potential socioeconomic impacts will be initiated to understand the impact of nanotechnology on industry and society. Some of the Center’s activities in nanobiotechnology may be housed in the planned biotechnology building slated for construction on the Troy campus.

“The Rensselaer Nanotechnology Center will provide a major resource to advance the enormous scientific promise represented by nanotechnology,” said President Jackson. “The Center will also educate those who will advance corporate research and development in nanotechnology here in New York state and across the nation.”

The creation of the Rensselaer Nanotechnology Center advances the Rensselaer Plan, the Institute’s detailed strategic plan that is aimed at doubling the research and doctoral programs at the Institute. In support of the Rensselaer Plan the Institute recently received a gift of $360 million, the largest gift ever received by a college or university in the United States.

The Center already has federal funding in excess of $1 million per year and will be seeking additional support from a variety of government agencies with a strong interest in both basic and applied research topics.

Rensselaer is committed to providing matching funds in support of these programs. In addition, Rensselaer expects to partner with other universities on a national scale to develop critical research teams and facilitate the dissemination of results.

Industry support of the Rensselaer Nanotechnology Center has already been established through the RPI-Industry Partnership in Nanotechnology, which supports Rensselaer’s research and educational efforts in nanotechnology. The partnerships include ABB U.S. in Norwalk, Conn.; Albany International in Menands, N.Y.; Eastman Kodak in Rochester, N.Y.; Philip Morris in Richmond, Va.; and IBM in Poughkeepsie, N.Y.; who together contribute $1 million each year to the Center. Additional companies are expected to join as partners.

Hal Stillman, senior vice president of technology and innovation at ABB, is enthusiastic about the partnership.

“ABB’s partnership with the Rensselaer Nanotechnology Center evolved from previous dealings with Rensselaer and our appreciation of the interdisciplinary nature that this partnership will provide. ABB will be able to explore the properties of new blends and compositions of polymers and nanomaterials in a pre-competitive university atmosphere,” said Stillman.

John Mendel, senior unit director at Eastman Kodak, said, “Rensselaer’s focus on the important areas of nanotechnology and filled composites will be critical for moving into new business for the future. We are greatly impressed with the group of excellent scientific investigators that staff the center at Rensselaer. Moreover, we plan to interact with research and educational opportunities with Rensselaer for the future. Kodak has a strong interest in nanoscale science and engineering and plans to pursue a number of projects with Rensselaer in the future.”

Ken Pulver, vice president, corporate communications, at Albany International, emphasized his company’s involvement with Rensselaer over the years. “Albany International has a long history with Rensselaer. Many of our notable leaders have been graduates of RPI, and our company has always believed RPI to be a world-class learning institution. Further, we are community neighbors, and have always worked hard to promote our areas of mutual interest. RPI continues to be the primary management-training source for our key managers globally. Our association with a world-class educator can only further our interests,” said Pulver.

“The Rensselaer Nanotechnology Center will have a tremendous economic effect on the Capital Region and New York state. With additional funding from federal programs and industry, the benefits to the state are far-reaching. The Center will provide New York state companies with new materials and products and new and expanded markets, and will create a skilled workforce in nanotechnology as well as spin-off companies in nanotechnology,” said Siegel, who chaired a worldwide study of research, developments, and trends in nanostructure science and technology that was the cornerstone of the 2000 National Nanotechnology Initiative.

An important part of Rensselaer’s program will be the development of educational partnerships with premier undergraduate institutions, including Morehouse, Spelman, Mount Holyoke, Smith, and Williams colleges. These partnerships will enable Rensselaer to place a special emphasis on educating groups of students that have been long under-represented in science and engineering. The Center at Rensselaer will also integrate pre-college outreach efforts through the offices of admissions, minority affairs, and Women in Science and Engineering.

In addition, an interactive collaboration with Los Alamos National Laboratory will provide the Center at Rensselaer with access to leaders in the area of modeling and simulation of nanoscale materials, backed by the largest high-performance computational resources in the world.

Cleanrooms.com has teamed up with the International Confederation of Contamination Control Societies (ICCCS) to offer Cleanrooms.com users a direct link to the world’s expansive online contamination control forum.

The International Cleanroom Forum message board is set up by the International Confederation of Contamination Control Societies and maintained by the Scottish Society for Contamination Control for the discussion of cleanroom issues and the solution of cleanroom problems. Anyone can ask and reply to questions. You will not need to register to use the site, however if you do you will receive, by e-mail, every message posted.

It’s free, it’s easy to use and most importantly, it could provide you with the answer you’ve been searching for. To take a look, just click here.

Also, don’t forget – our exclusive news sections are brimming over with the latest top stories and news from the semiconductor/microelectronics, life sciences/pharmaceutical industries as well as from emerging markets.

March 29, 2001 — ROCHESTER, NY — Medical device research, design and manufacturing company LSI Solutions’ new medical display system – Insideview – has won the Canon Medical Design Excellence Award for 2001.

LSI Solutions, which is in the middle of moving its medical research and cleanroom facilities to a new facility in Victor, New York, also won the award last year.

“We are honored to have won a Medical Design Excellence Award again this year,” said Jude Sauer, president and CEO of LSI Solutions.

The Insideview display system uses video projection technology to display a high resolution video image on a sterile screen which is positioned within the sterile surgical or interventional procedure field. General surgeons, gynecologists, otolaryngologists, urologists, vascular and thoracic surgeons, and cardiologists have all used the products.

The company also Medical Design Excellence Awards last year for its Sew-Right SR-5 and Ti-Knot TK-5 minimally invasive suturing technology. All winners this year will be recognized and displayed during the Medical Design & Manufacturing East Conference that will be held in new York City in June.

The competition is presented each year by Canon Communications.

MArch 27, 2001 — HIROSHIMA — Sharp Corp. is reportedly set to introduce a new semiconductor chip plant in Mihara of Hiroshima Prefecture.

The company plans to invest approximately $151 million (18.7 billion yen) in the new plant, according to the Jiji Press Ticker News Service. Construction is expected to begin in June with operations said to start by September, 2002.

The plant will manufacture blue-color semiconductor laser elements for CDs, DVDs and other data storage media.

Initially, the plant is expected to produce five million units monthly. By 2005, monthly production capactity will reach 14 million units.

Citing a projection of a 25 percent increase in the Japanese optical storage market over the next five years, Sharp also plans to set up a similar plant at the Mihara site.

LSI Logic acquires C-Cube


March 26, 2001

March 26, 2001- Milpitas, CA – LSI Logic Corp., and C-Cube Microsystems announced a definitive merger agreement in which LSI Logic will acquire C-Cube in a stock-for-stock transaction. Valued at $878 million, LSI Logic will commence an exchange offer that will offer 0.79 of a share of LSI Logic common stock for each outstanding share of C-Cube common stock. Following the exchange, LSI Logic will acquire, at the same exchange ratio, the remaining shares of C-Cube common stock.

With an anticipated completion date of 2Q01, the transaction should be accretive to LSI Logic’s earnings before goodwill amortization (EBG) in 2001. According to the companies, the combination of C-Cube and LSI Logic provides a complete portfolio of technologies for high-growth cable, terrestrial, satellite and DSL set-top box markets.

C-Cube reported $265 million in revenues in 2000, with nearly 600 employees worldwide.

Wilfred Corrigan, LSI Logic chairman and CEO said, “The acquisition of C-Cube will enhance LSI Logic’s technology strengths in designing and manufacturing complete solutions for customers in rapidly growing communications and broadband entertainment markets.”

March 26, 2001–Hsinchu, Taiwain–Taiwan Semiconductor Manufacturing Company (TSMC), has successfully ramped 0.15-micron processes to full production status. Using this new technology, TSMC has delivered the GeForce3 GPU and the key processor for the Xbox video game console to NVIDIA Corporation.

“We are delighted to be among the first to make use of TSMC’s advanced 0.15-micron process technology,” said Jen-Hsun Huang, president and CEO for NVIDIA. “This new process has enabled us to create more sophisticated processors for advanced graphics and multimedia applications. TSMC has clearly demonstrated that it is ahead of the curve with its state-of-the-art process technology.”

Qualified in March 2000, TSMC was the first foundry to deliver 0.15-micron process technology. Several other customer products are also in the volume production stage at TSMC using this leading-edge technology.

“Our 0.15-micron process is the industry’s most advanced technology in volume production,” said F. C. Tseng, president of TSMC. “This is another example of TSMC’s leadership in meeting customer demand for aggressive technology introductions together with rapid transition to volume production. We have experienced increasing demand for our 0.15-micron technology.”

March 23, 2001 — KENT, OH — Kent State University will offer a program that will give people insight into the world of cleanrooms, teaching everything from gowning up in a bunny suit to learning how to work under strict validation guidelines.

A Technology Action Fund grant helped to get the program off the ground.

In an effort to get more students and other adults involved in the high-tech industry, KSU approached the state of Ohio for a $200,000 grant, which will be paid over two years. With the help of participating companies, the University was able to match those funds and establish an educational cleanroom at the University?s Liquid Crystal Institute (LCI). Collaborating with the University is its College of Continuing Studies.

?In Ohio, and nation wide, there is a very real need for improved training for high technology industries,” says Professor Michael Fisch of the LCI. “Kent State University has the resources and regional impact via its eight-campus system to systematically address this need.”

Under the guidance Professor Fisch, students will attend presentations, including: basics of liquid crystal materials, operation of LCDs, techniques to working in a cleanroom and photolithography. Between the presentations, participants will suit-up and receive hands-on experience.