Released Products with Masimo SET technology:
(Move mouse over instrument names to see pictures.)
Atom Medical, Inc.
Bldg., 29-6 Hongo-3
Chome, Bunkyo-Ku
Tokyo, Japan 113
+81 3 3815 2311
+81 3 3815 2997 FAX

www.atomed.co.jp
V2100
V505
Atom2000
V900

On September 17, 1997, Masimo Corporation announced a licensing agreement under which Atom Medical Corporation will integrate Masimo’s pulse oximetry signal processing and sensor technologies into its current and future products. Atom Medical Corporation is the leading manufacturer of incubators, infant warmers and many other prenatal care products in Japan and is adopting Masimo Signal Extraction Technology (Masimo SET®) to strengthen its pulse oximetry monitoring capability. Atom Medical Corporation is located in Tokyo, Japan.

"Atom has become the number one provider of incubators and infant warmers in Japan by listening to the feedback from clinicians and engineering the best possible solutions," stated Mr. Barry Matsubara, President of Atom Medical. "When we saw Masimo’s technology and its improved performance under conditions of patient motion and low arterial blood perfusion, we knew that we would need to provide this improvement to our customers as quickly as possible. We are convinced that Masimo SET will become the new standard in pulse oximetry and are happy to be offering this new technology to our customers worldwide."

Joe E. Kiani, President and CEO of Masimo Corporation, stated, "Atom is a well recognized and innovative supplier of advanced infant care and monitoring equipment tailored to meet the challenging needs of today’s neonatal marketplace. It is rare to find a company that is a clear market leader which is willing to change quickly for the benefit of its customers. Our partnership with Atom is a further indication that Masimo SET is becoming the new standard in pulse oximetry for monitoring patients at risk of respiratory complication. We are delighted to have Atom as a long-term partner and look forward to working with Atom to expand the utility of pulse oximetry to new sites and applications."