Medical Products Supplies Companies

Albert-Einstein-Str. 3, 12489 Berlin
Germany
Telephone +49 30 63928300
Fax +49 30 63928301
mail@osypkamed.com
http://www.osypkamed.com

Product Categories

Product categories

01 Electromedical Equipment / Medical Technology
01.01 Diagnostics
01.01.14 Heart circulation diagnostics equipment

Heart circulation diagnostics equipment

01 Electromedical Equipment / Medical Technology
01.06 Intense medicine / anesthesiology / respiration
01.06.03 Patient monitoring systems

Patient monitoring systems

AESCULON ® – Hemodynamic Monitoring – Noninvasive Cardiac Output
ICON ® – Hemodynamic Monitoring – Noninvasive Cardiac Output
ICON CORE – Hemodynamic Monitoring – Noninvasive Cardiac Output
PSA 300 – Standalone, Handheld, 3-Chamber Pacing System Analyzer
PACE Model 101 – Single Chamber (SSI) Temporary Pacemaker
PACE Model 203 – Dual Chamber (DDD) Teporary Cardiac Pacemaker
PACE Model 300 – Three Chamber Temporary Cardiac Pacemaker – CRT

Our products

Product category: Patient monitoring systems
AESCULON ® – Hemodynamic Monitoring – Noninvasive Cardiac Output
Electrical Cardiometry™ (EC™)
Electrical Cardiometry™ is a method for the non-invasive determination of stroke volume (SV), cardiac output (CO), and other hemodynamic parameters in adults, children, and neonates. Electrical Cardiometry has been validated against “gold standard” methods such as thermodilution and is a proprietary method patented by Osypka Medical.

AESCULON ® Parameters
Blood Flow
SV/SI Stroke Volume / Stroke Index
HR Heart Rate
CO/CI Cardiac Output /Cardiac Index

Vascular System
NIBP Non-invasive Blood Pressure
SVR /SVRI Systemic Vascular Resistance/
SVR- Index based on input of MAP and CVP
SSVR / SSVRI Stroke System Vascular Resistance/SSVR Index

Contractility
ICON™ Index of Contractility
VIC™ Variation of Index of Contractility
LCW / LCWI Left Cardiac Work based on input of
Wedge Pressure (PAOP)
LSW / LSWI Left Stroke Work
STR Systolic Time Ratio (PEP/LVET)
CPI Cardiac Performance Index

Fluid Status
TFC Thoracic Fluid Content
SVV Stroke Volume Variation
FTC Corrected Flow Time
Oxygen Status MASIMO SET ® Rainbow ® (Optional)
SpO 2 Oxygen Saturation
SpHb™ Levels of Total Hemoglobin
SpCO Level of Carbon Monoxide Concentration
PI / PI Change Perfusion Index / PI Percent Change
Desat Idx Desaturation Index
DO 2 / DO 2 I Oxygen Delivery / DO 2 -Index based on input of Hemoglobin and SpO 2

Product category: Patient monitoring systems
ICON ® – Hemodynamic Monitoring – Noninvasive Cardiac Output
Electrical Cardiometry™ (EC™)
Electrical Cardiometry™ is a method for the non-invasive determination of stroke volume (SV), cardiac output (CO), and other hemodynamic parameters in adults, children, and neonates. Electrical Cardiometry has been validated against “gold standard” methods such as thermodilution and is a proprietary method patented by Osypka Medical.

ICON ® Parameters
Blood Flow
SV/SI Stroke Volume / Stroke Index
HR Heart Rate
CO/CI Cardiac Output /Cardiac Index

Vascular System
SVR /SVRI Systemic Vascular Resistance/ SVR-Index
based on input of MAP and CVP

Contractility
ICON™ Index of Contractility
VIC™ Variation of Index of Contractility
STR Systolic Time Ratio (PEP/LVET)
CPI Cardiac Performance Index

Fluid Status
TFC Thoracic Fluid Content
SVV Stroke Volume Variation
FTC Corrected Flow Time

Oxygen Status
DO 2 / DO 2 I Oxygen Delivery / DO 2 -Index based on input of Hemoglobin and SpO 2

Product category: Patient monitoring systems
ICON CORE – Hemodynamic Monitoring – Noninvasive Cardiac Output
Electrical Cardiometry™ (EC™)
Electrical Cardiometry™ is a method for the non-invasive determination of stroke volume (SV), cardiac output (CO),
and other hemodynamic parameters in adults, children, and neonates. Electrical Cardiometry has been validated
against “gold standard” methods such as thermodilution and is a proprietary method patented by Osypka Medical.

ICONCORE ® Parameters
Blood Flow
SV/SI Stroke Volume / Stroke Index
HR Heart Rate
CO/CI Cardiac Output /Cardiac Index

Vascular System
SVR /SVRI Systemic Vascular Resistance/ SVR-Index
based on input of MAP and CVP

Contractility
ICON™ Index of Contractility
VIC™ Variation of Index of Contractility
STR Systolic Time Ratio (PEP/LVET)
CPI Cardiac Performance Index

Fluid Status
TFC Thoracic Fluid Content
SVV Stroke Volume Variation
FTC Corrected Flow Time

Oxygen Status
DO 2 / DO 2 I Oxygen Delivery / DO 2 -Index based on input of Hemoglobin and SpO2

Product category: Patient monitoring systems
PSA 300 – Standalone, Handheld, 3-Chamber Pacing System Analyzer
The PSA 300™ is a standalone, handheld, three-chamber pacing system analyzer. The system can determine the pacing threshold, commanded or continuous lead impedance, and sensing threshold for each of the three individual pacing channels; or resemble a dualchamber or biventricular pacemaker in the DDD and CRT ‘concert’ mode. A user friendly and intuitive touch-screen interface employs only those functions and measurements which are relevant
to the specific applications, reducing clutter and confusion for the engaged electrophysiologist.

• 1/A – Atrial channel
• 2/RV – Right ventricular channel
• 3/LV – Left Ventricular channel
• DDD – AV-synchronous stimulation
• CRT – Biventricular stimulation
• UHS – Universal Heart Stimulation

Product category: Patient monitoring systems
PACE Model 101 – Single Chamber (SSI) Temporary Pacemaker
PACE Model 101 Highlights
• Easy to configure and operate
• Constant voltage output for reliable cardiac capture (similar to permanent pacemakers)
• Small and lightweight design
• Lifetime service

Two terminal options
• P/N 2001: Clamping terminals accepting pins of 0.9 to 2.0 mm diameter
• P/N 2004: Bipolar terminal and 2 unipolar terminals for touch-protected (“shrouded”) 2 mm pins

Product category: Patient monitoring systems
PACE Model 203 – Dual Chamber (DDD) Teporary Cardiac Pacemaker
PACE Model 203 Highlights
• Constant voltage output for reliable cardiac capture (similar to permanent pacemakers)
• In Control: The first external pacemaker to instantly show the voltage (Volts) and current (mA) applied to the patient along with the impedance of the lead system (U.S. Patent 9,433,794);
• Check the quality and placement of the lead system (e.g., pacing wires);
• Ideally, the impedance of the lead system should be between 200 and 2,000 Ohms;
• Low impedance can be caused if stimulation electrodes are placed in close proximity or have a large surface area (loss of capture);
High impedance may indicate a compromised connection or disconnected lead.
• P and R Wave amplitudes measured upon pressing PAUSE key
• Quick and easy change of battery: no need to worry about battery orientation (one single 9 V battery)
• Lifetime service

Product category: Patient monitoring systems
PACE Model 300 – Three Chamber Temporary Cardiac Pacemaker – CRT
PACE Model 300 Highlights
• Three dedicated pacing terminals
• Resynchronisation in patients with low ejection fraction
• Constant voltage output for reliable cardiac capture (similar to permanent pacemakers)
• Variable setting of AV- and VV-Delay
• Auto Sense function automatically tracks P/R wave amplitudes and adjust atrial and ventricular sensitivities accordingly
• P and R Wave amplitudes measured upon pressing PAUSE key Interface with Pacemaker Clinic™ for automatic CRT optimization
• Quick and easy change of battery: no need to worry about battery orientation (one single 9 V battery)
• Lifetime service

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