Showing 13–21 of 21 results

PHYSIO-PORT

PHYSIO-PORT are small size, portable (long-term) blood pressure monitors for non-invasive measurement of the patient’s blood pressure. The blood pressure is measured using the oscillometric method, optionally in the inflation or deflation phase using a blood pressure cuff on the upper arm.

Pulse Oximetry Desktop

• Convenient built-in Power unit • Perfusion rates from 0.05~20% • 4 screen modes • Electro surgical unit noise protected • 15 days trend memory /10seconds • Broader uses from neonates to the elderly • 6hours charging time • User friendly interface • Audible and visible alarm • IV pole mounting support (OPTION) • Protective Carrying bag (OPTION) • DIGI-VIEW™ PC monitoring S/W Available (OPTION)

Pulse oximetry Finger Tip

Main Features: Integrated with SpO2 probe and processing display module Small in volume、light in weight and convenient in carrying Operation of the product is simple ,low power consumption Operation menu for the function setting SpO2 value display Pulse rate value display, bar graph display Pulse waveform display The display mode can be changed A pulse rate sound indication With measured data overruns limits and low-voltage alarm function, the upper/down alarm range can be adjustable Low-voltage indication: low-voltage indicator appears before working abnormally which is due to low-voltage, and with alarm functionWith SpO2 value and pulse rate value of storage, the storage data can be uploaded to computers Real-time data can be transmitted to computers Automatically power off function: when the device is under the state of measuring interface . it will automatically power off within 5 seconds if the finger falls out of probe RF Wireless communication function(Option) Connected with an external oximeter probe(Option)

Pulse Oximetry Portable

If stationary or mobile as handheld, if for long-term or spot check measurements, MySign® S allows easy, fast and reliable measuring and monitoring of oxygen saturation in arterial blood and pulse rate. The trendsetting product design convinced the international jury of renowned experts in the reddot design contest. In future MySign® S may present itself as reddot design award winner 2013.

SmartUs

Color Doppler Digital Ultrasound System The SmartUs is a new innovative generation of high-performance PC-based ultrasound Echo Color system. Its open architecture platform includes the last advancements of TELEMED Ultrasound Beamforming Technology.

SoftOxy

'- Robust design : 2 meter drop proof - Water-resistance design : IPX5 - Color display - Integrated eChip technology - Proven accuracy from Bickler laboratory of University of California San Francisco. - Reliable and precise measurement even under low perfusion condition. - Signal Index showing the perfusion conditions - Ideal for shot checking and extreme environment

Stress test Wire

Cost effective stress ECG system ECG acquisition module with CARDIPIA ECG Real time ECG display on CARDIPIA ECG Easy operate CARDIPIA ECG with color and touch Screen Automatic ECG analysis and ST measurement Automatic arrhythmia detection and alarm Copy or print analysis report Editing and creation treadmill protocol

Stress test wireles

Scroll back during test to see episodes that might have been overseen Full disclosure of entire test Enables post processing on saved data Very High resolution ECG processing which permits ST-measurements and Arrhythmia detection State of the art Digital RF Wireless On-line filtering and automated baseline correction which enables stable ECG tracing ECG screen display provides exceptionally clear tracing for visual view and on screen measurements Automatic print during test DICOM Interoperability

Ultrasound Imaging

SmartUs is a new generation of portable ultrasound color Doppler scanners. It employs latest technologies of ultrasound signal and image processing. Featured with high sensitivity sector probe together with linear and convex probes SmartUs is the first Telemed system that can be used in cardiology and neurology. Other features include spatial compound, harmonics, virtual convex and B-steer imaging. The system is capable to drive high density and high frequency transducers delivering detailed, rich and high dynamic range images.