Foot Care Products

Product Description:
The PODO i MATTM system is the plantar pressure mapping technology. It provides information about the pressure distribution on foot and loading of the anatomical structures of the foot. The PODO i MATTM system produces high resolution image of the plantar pressure distribution with multi colours. System consist of Foot imprinter, Scanner, pressure mapping and Patient Report software Easy method to find pressure due to an excessive mechanical stress on the plantar area Multi-colour image output for easy interpretation with lesser time.

System Requirements:

• PC with High Resolution Monitor
• OS: Windows XP, Windows 7/8/10
• CD (or) DVD drive
• USB Port
• Adobe Reader
• MS Office 2007 or Higher
• Inkjet printer (or) Colour laser printer
• OS Type: Windows 7/8/10

Accessories:

• Harris Mat
• Harris Mat Paper
• Ink Roller
• Ink Pad- Violet
• Epson V39 Colour Scanner
• Kodys Foot Clinik Software CD
• User Manual

Transcutaneous oxygen (tcpO2) is a non-invasive monitoring of the oxygen tension in the skin. A Clark-type electrode is placedon the skin and heated. The heat from the electrode dilates the underlying capillaries, increases the local perfusion and opensthe pores of the skin. O2 diffuses through the skin to the electrode where pO2 generates a current which is measured andtcpO2 values are provided on the monitor.tcpO2 is a direct indication of the microvascular function. As opposed to pressure and volume assessments, tcpO2 maps the actual oxygen supply available for the skin tissue cells. tcpO2also responds to macrocirculatory events, e.g. change in blood pressure and provocational maneuvers.
Electrodes with superior performanceRadiometer electrodes are renowned for their measuring accuracy as well as their durability and ease of use in clinicalpractice. They show demonstrably low drift and rapid response during measurements. The pO2 part of the electrodes has an extremely low oxygen consumption, which makes it possible to obtain reliable measurements at sites of the bodywith poor perfusion.

Application of RPIThe regional perfusion index (RPI) is a practical method used to eliminate cardio-respiratory influence and simplify the tcpO2interpretation. The regional perfusion index is automatically calculated on the TCM400 and can be used to quantify tissue perfusion in peripheral vascular disease. The RPI is defined as the relationships between extremity and chestwall tcpO2; limbtcpO2 is thereby normalized to chest values.