Fighting Disease with Electronics

Company Profile Become a global leader of medical solutions Year by year Nihon Kohden is expanding its global network, from research and development to manufacturing, sales, and service, in order to fulfill its mission to save lives with the most advanced medical technology. Nihon Kohden began its overseas expansion with Nihon Kohden America in 1979 and the Company now has 12 subsidiaries in Germany, China and other countries as well as 2 representative offices. A network of distributors covers the countries in which Nihon Kohden does not have a direct sales system. Nihon Kohden products are...

Company Profile Nihon Kohden products are used in more than 120 countries Since its founding in 1951, Nihon Kohden has continued to provide a wide range of medical electronic equipment. Nihon Kohden has the No. 1 market share in EEG. Demand for medical equipment varies by country and region so the Company makes the most appropriate strategy for each region. We have 10 sales companies and 120 offices in Japan. We have 10 after-sales service depots and 30 service centers in Japan. Shanghai Kohden Medical Electronic Instrument Corporation Nihon Kohden Singapore • NKS Bangkok • Nihon Kohden Malaysia...

Company Profile Over half a century of contributing to 1951: Yoshio Ogino founds Nihon Kohden with the unique vision of “fighting disease with electronics.” 1951: Nihon Kohden develops the world’s first electroencephalograph which is completely AC powered (ME-1D). 1967: Japan's first ICU monitor is installed at Tohoku University School of Medicine in Sendai city. This monitor, the ICU-80, is developed by Nihon Kohden. 1974: Nihon Kohden researcher Takuo Aoyagi develops the principle of pulse oximetry. All pulse oximeters today are based on Dr. Aoyagi's original principle of pulse oximetry. 1979:...

Company Profile medical care and society 1991: Nihon Kohden develops the world’s first digital multi-parameter telemetry bedside monitor, the Life Scope 12 BSM-8502. 1994: Nihon Kohden introduces the world’s first Windows ® based digital EEG, Neurofax EEG-2100. It provides unparalleled ease of use. 1999: Nihon Kohden develops the world’s first low-invasive blood volume monitor, the DDG-2001 Pulse Dye Densitometer. This received the new technology development award from Japan’s Science News. 2003: Nihon Kohden develops the world’s smallest CO 2 sensor. It enables measurement of mainstream CO 2...

Site Optimization OR • Providing complete information for anesthesiologist, physician and heartlung machine operator with triple display • Multigas measurement • MAC value calculation • BIS/TOF monitoring • Respiratory loops ER • Seamless monitoring by using Life scope PT as a transport monitor and an input box for Life Scope G9 ICU/CCU • 12-lead ECG analysis • Hemodynamics Review Program, Advanced Intensive Therapy Management Calculation/Trend • PPV/SPV (Pulse Pressure Variability) • CVP-ET • esCCO measurement NICU • OCRG (oxycardiorespirogram) • Dual SpO2 • aEEG (amplitude-integrated EEG) •...

19-inch TFT LCD touch screen Local purchase display: 18.5/21.5/24-inch Number of waveforms: 17/display Basic Parameters ECG, RESP, NIBP, SpO2, TEMP MULTI connector parameters: Up to 15 IBP, TEMP, CO, RESP (thermistor), FiO2, CO2 (mainstream), BIS, SpO2-2*, APCO *depending on the monitor configuration Options BIS/TOF, CO2 (sidestream), Multi-gas, FLOW/ Paw, EEG (CSA/DSA, aEEG), esCCO Other features • 12-lead ECG analysis • 168 hours, all waveforms full disclosure Decisive Information Vital sign monitoring during review Life Scope G9 allows reviewing previous data without hiding the current vital...

Bedside Monitors A real transport monitor Monitors BSM-1700 series TFT LCD 5.7-inch touch screen Number of waveforms: 9 Basic parameters ECG, RESP, NIBP, SpO2 (Nihon Kohden, Nellcor OxiMax® or Masimo SET® ), TEMP MULTI connector parameters IBP, CO2, CO, BIS, SpO2-2 Option esCCO Other features • 12-lead ECG analysis • 2-hour, 5 waveforms full disclosure 7 (Standard mode) • -hour battery operation 5 One action to go To transport the patient, just remove the Life Scope PT from the cradle with one action without loosing parameters. It is easy to carry and you can hook it onto a bed rail without a...

Optional Software Monitors New! Unified gateway, QP-988P ViTracTM network server provides you with monitoring information on multiple patients, any time and any place. Mobile viewer, QP-989P App for iPad / iPhone ViTrac provides monitoring information of multiple patients on an iPhone or iPad. Ubiquitous Patient data can be viewed in near real-time on an Apple mobile iOS device within the hospital network or remotely via a VPN connection. iPad Waveform screen iPad Arrhythmia recall Complete review capability Patient data includes waveforms, 12-lead ECG, full disclosure, arrhythmia and ST recall,...

Monitoring Technology Redefine quality of care Continuous Cardiac Output from ECG and SpO2 Monitors Nihon Kohden is redefining Quality of Care with new, non-invasive technologies like PWTT and esCCO by introducing volumetric information to all care levels. Estimated Continuous Cardiac Output (esCCO) is a new technology to determine the cardiac output using Pulse Wave Transit Time (PWTT). PWTT is obtained by the familiar vital sign parameters of ECG and pulse oximetry. With esCCO, cardiac output can be measured continuously with a very simple and totally non-invasive process. Performance of esCCO...

New Hemodynamics Graph Monitors The Hemodynamics Graph is a new monitoring tool which shows overall hemodynamic information. A trendgraph at the top and two target graphs below show the relationship of two hemodynamic parameters (Fig. 2). Figure 2 : Hemodynamics Graph Target Graph Features • Preload parameters such as CVP and PPV on the X axis • ardiac function parameters such as cardiac index on the Y axis C • ‌ Brightness level of the traces and plots shows hemodynamic change over time • Red target zones show target areas of treatment Various Combinations of Hemodynamic Parameters The Target...