The main applications for this Surface Pressure sensor are in accident surgery and orthopedics. This system consists of three monitoring insoles in different sizes and the electronic signaling unit. The system is attached to the patient whom is asked to put their foot onto a weighing unit and increase the load up to the desired limit.

The Datalogger encompasses 2 functions in 1 device. The new Datalogger module can be activated using the medilogic software. In this mode the pressure values are stored on an internal storage medium. This adds new fields of operation for the patient modem where the user needs to be independent of a computer over a long period of time.

The Flexible Medilogic Saddle pad enables you to capture the pressure distribution on the horses back. The complex interaction of forces between horse, saddle, and rider is measured during relevant motion phases or while standing.

The medilogic foot pressure measuring system offers recording of the pressure load under the foot inside the shoe. The wireless transmission provides instant display of the pressure values during the measurement without incumbering the patient with a hindering cable connection to the computer.

The Pressure Measurement Film is supplied in two main types: Two-sheet type and Mono-sheet type. Two-sheet type allows for Ultra Super Low pressure, Super Low pressure, Low pressure, and Medium pressure. The Mono-sheet type allows for Medium pressure, High pressure, and Super High pressure. Two-sheet type is compsed of two polyester bases. More information is provided in the Datasheet below.

- Extremely stiff diaphragms: diameter-to-thickness ratio of greater than 5
- Diameter-to-deflection ratio greater than 2000
- Good gauge-medium matching
- Design ensures accuracy and repeatability of readings
- Output can be conveniently monitored on most conventional instrument systems
- Conformal coating to prevent ingress of moisture

The established medilogic foot pressure measurement gains a new important perspective through the projection of the pressure distribution onto the insole. It simplifies the manufacturing process using the display of pressure peaks as colour graphics true to the original on the workpiece. Using a powerful video beamer the medilogic pressure measurement is displayed directly on your workbench.

The medilogic foot pressure measuring platform offers easy recording of the static and dynamic pressure distribution under the foot. It is especially suited for documentation of the foot status before care and treatment. Therefore it ideally supplements the medilogic dynamic insole measuring system.

The AMTI Ortho-POD is a multi-directional pin-on-disc machine capable of replicating the complex motions essential for accurately simulating the in vivo wear of polyethylene joint implants. Research has demonstrated that the wear rate of certain polymers, such as ultra-high molecular weight polyethylene, is highly dependent on the "cross-shear" motions that occur between the mating components of prostheses. Unidirectional motion strain-hardens polyethylene, gradually increasing its integrity along the established path.

The medilogic foot pressure measuring platform offers easy recording of the static and dynamic pressure distribution under the foot. It is especially suited for documentation of the foot status before care and treatment. Therefore it ideally supplements the medilogic dynamic insole measuring system.

The medilogic foot pressure measuring platform offers easy recording of the static and dynamic pressure distribution under the foot. It is especially suited for documentation of the foot status before care and treatment. Therefore it ideally supplements the medilogic dynamic insole measuring system.

A simple and time saving method of capturing the foot. To document the foot status you use the medilogic Scanner. It enables you to generate a digital representation of the sole of the feet and save it with the patient.

The Science Gait Analysis System was especially developed to allow reliable analysis and documentation. It enables you to synchronously record the pressure under the foot, angle progression, EMG-signals, breathing frequency, and heart rate.