Joint pressure detection system is a measurement of pressure and

pressure distribution system, determination of the joint contact area

and pressure distribution. The system meets the industrial standard

with many different applications, which can be used for real-time

dynamic joint measurement. Whether it is used in the design of

artificial joint or joint research and development on the surface, the

system can provide accurate data. The system uses an ultra thin and

high resolution sensor placed between the surface of the joint. Can

capture and analysis provide the standard model and in vitro data.

This system can provide different sensors to meet your needs.

Three

Longshow dynamic film pressure sensor, insert the joints of the

adjacent bone joints, assessment of pressure, pressure distribution,

regional measurement of pressure distribution data connection. To

provide a better understanding of bone and joint contact surface is

how to give full play to the function, the connection relations, and

the bearing force of tools. Design of multi sensor is considered in

the analysis of various types of joints, such as shoulder, wrist,

knee, ankle, hip etc.. Providing quantitative data functions for

objective and quantitative analysis

Twenty-two

application

Determination of bearing strength, pressure, and contact area.

Data is provided for dynamic analysis and finite stress analysis.

Study on the design of artificial joint or the surface of joint.

Measurement of the internal and external load, as well as the pressure

distribution parameters.

To examine the impact of different geometric structures on the joint.

- Gross joint experiments, including the knee, ankle, wrist, hip,

elbow and shoulder.

Design or function evaluation of artificial joints.

Can perform live in vitro tests.

The sensing film can be constructed on the surface of the joint.

Verify and improve the design of the implant.

Help prolong the service life of artificial joint.

To examine the distribution of pressure within the joint.

Comparative study on standard pattern of live in vitro test.