Newport Acquires Vistek’s Vibration Isolation ProductsOctober 16, 2012
The acquisition expands the laser and photonics company's vibration isolation capabilities.
IRVINE, CA -- Newport Corp., a worldwide leader in lasers and photonics solutions that Make, Manage and Measure Light, announced that it has acquired the products and technology of Vistek, a Tempe, Arizona-based manufacturer of advanced vibration isolation solutions. The new products will be offered under Newport's VIBe family of isolation products, and include mechanical isolation bearings, benchtop platforms and stand-alone workstations. All of the new products feature patented isolator bearing technology that provides maintenance-free vibration isolation for sensitive equipment.
These new products extend the range of capabilities and solutions that Newport can offer to customers who need to protect microscopes, laboratory balances or other sensitive equipment from vibration. These products can also reduce the amount of vibration that is transmitted into laboratory benches by vibrating equipment like mixers, centrifuges or impact testers.
Jim Fisher, Group Director for Newport's Vibration Control business unit, stated, "Newport and Vistek have been working together since 2010, when we jointly developed Newport's VIBe product offering. Since that time, we have brought this technology to new customers around the world to solve their unique vibration isolation challenges. This acquisition further expands our product offering in this area, and also brings us Vistek's existing customer base. We are especially excited about the new products we will be able to bring to the market by expanding Vistek's core patented technology."
The new product lineup includes the compact LIP-Lab Isolation Platforms, which are specifically designed for lab balances, petri dishes and other small lab equipment and devices. These instruments are commonly susceptible to environmental vibrations created by HVAC equipment, elevators, automobile and foot traffic, shakers and other equipment. The LIP platforms include a PVC platform with a neoprene surface supported by three or four VIBe Vibration Isolation Bearings. These bearings are passive, mechanical bearings that employ patented vibration isolation technology.
Also in the new lineup are the VIT-laboratory workstations tables, which are used to isolate sensitive lab equipment from vibration. These tables are available in widths ranging from 30 to 72 in. and depths ranging from 30 to 36 in. and offer a wide range of payloads up to 500 lb. The dedicated isolated area is recessed within the table, directly beneath the instrument, leaving the rest of the table open as a work area. The isolation area can be located on the left-hand side, right-hand side, or in the center of the table. Accessories including keyboard trays, shelves, cable and power management features, monitor stands and/or casters are also available. Newport can also provide customized versions of these tables for OEM's or new lab build-outs.
Information on Newport's existing VIBe family of products can be found at the company's Web site. As Newport transitions the existing Vistek products into the VIBe offering, this website information will be updated. Existing Vistek customers can continue to access www.vistekinc.com during the transition.
Newport Corp. is a leading global supplier of advanced-technology products and systems to customers in the scientific research, microelectronics manufacturing, aerospace and defense/security, life and health sciences and precision industrial manufacturing markets. Newport's innovative solutions leverage its expertise in photonics technologies, including lasers, photonics instrumentation, sub-micron positioning systems, vibration isolation, optical components and subsystems, precision automation and three-dimensional non-contact measurement equipment, to enhance the capabilities and productivity of its customers' manufacturing, engineering and research applications. Newport is part of the Standard & Poor's SmallCap 600 Index and the Russell 2000 Index.
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