Sauerstoffpartialdruckmessung – tcpO2 PRÉCISE 8001

PRACTICAL

The PRÉCISE 8001 stands for fast and precise tcpO2 measurement. Thanks to the 2.5 m long sensor cable and the new 360° one click system, the sensor has a generous working radius available. To display all relevant data clearly, the PRÉCISE 8001 features a 10.1" touch display.

INNOVATIVE

The unbeatable advantage of the fluorescence based sensor technology used is its resistance to wear, no calibration required before each use, and the user friendliness of the optical oxygen sensor.

TIME SAVING

Simple and fast: the optical measurement method achieves time savings of up to 50%, thanks to the elimination of additional electrode cleaning and the need to replace electrolyte and membrane. The device is ready for operation immediately after switching on.

USER FRIENDLY

With the user friendly touch display, you can effortlessly access all menu items, from the status display and sensor parameters to the integrated database and graphical display. Operation is intuitive and self explanatory.

SIX SIMPLE STEPS

1. Switch on the device
2. Create patient data (for tracking measurement results)
3. Disinfect, degrease, and remove hair from the skin area
4. Place the fixation ring and contact fluid on the measurement site, then attach the sensor head with a single click
5. Start the measurement (the skin is heated to 44°)
6. tcpO2 result in just about 8 minutes; stable value detection informs the user

THOUGHTFULLY DESIGNED HARDWARE

• Innovative fluorescence based measurement method
• 10.1" LCD display for brilliant visualization
• Touch display for clear functionality and user friendliness
• Battery operation of approx. 3 hours
• 2.5 m long sensor cable for easy access to the skin area
• Oxygen sensor measuring range: 0 to 2000 mmHg
• Integrated patient and measurement database
• Evaluation and control via external computer
• Export function via USB interface

APPLICATION AREAS

• Wound healing progress
• Basic angiological diagnostics
• Diagnostic confirmation
• Assessment of revascularization
• Venous insufficiency and ischemia
• Oxygen therapies
• Diabetes and peripheral arterial disease
• HBOT therapy
• Oxygen mapping: suitability assessment for hyperbaric oxygen therapy