By Beth Bacheldor
Apr. 16, 2009—
Elecsys Corp., a publicly traded holding company with three main subsidiaries that provide electronic manufacturing, rugged mobile computing and remote monitoring solutions, has acquired
MBBS, a Swiss manufacturer of specialized
RFID interrogators and tags that can be hermetically sealed or encased in metal so they can withstand high temperatures, sterilization and other extreme conditions.
Karl Gemperli, CEO of Elecsys—which is headquartered in Olathe, Kan., a suburb of Kansas City—characterizes the purchase as "a really good opportunity for us," stating, "I know people are all doom and gloom with the downturn of economy, but it will come back up. We look for growing and developing markets; the last thing we are going to do is buy into a maturing market. I believe RFID is on the upswing, and this acquisition seemed like a perfect opportunity."
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Karl Gemperli, CEO of Elecsys
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Elecsys expects the acquisition will strengthen all of the other companies it owns:
DCI, which provides integrated electronic design and manufacturing solutions;
Radix, which produces rugged mobile computing devices used for a variety of applications, including
asset tracking and field maintenance; and
NTG, which designs and markets remote monitoring solutions for the gas and oil pipeline industry, as well as for other sectors that require remote monitoring.
"All of our subsidiaries, which really are brands, provide solutions that focus on industrial and rugged, harsh environments," Gemperli explains. "This technology really fits."
The all-stock deal offers Elecsys a portfolio of specialized
low-frequency (LF) RFID tags encased in stainless steel. The tags in the current product portfolio operate at 125 kHz and employ a proprietary air-interface
protocol. However, per a customer's request, the company can provide tags that operate at other frequencies below 150 kHz (the lower the frequency, the greater the
penetration depth of the magnetic field generated by a
reader's signal). MBBS designed and marketed the tags primarily for medical and industrial applications, such as tracking surgical instruments.