This is a solution for foot and spine health, from assessment to training. Smart and effecient devices helping physiotherapist ,podiatrist ,chiropractor and related area participators to work much efficiently and scientifically!

This is a one-stop biomechanic solution including two modules:assessment and training. The assessment part includes posture analysis,gait analysis, foot pressure aanlysis, running analysis and balance analysis.The training part includes gait training,posture training and balance training.Our gait analysis kit includes a pair of sensor chips and test insoles in different sizes.Our multifunctional sensor chip can be used for gait assessment running assessment,gait training and balance training.It is connected to the software via Bluetoothand charged by Type C.A full charge can be used continuously for 36 hours.It is recommended to fully charge it every two weeks for daily use.Our professional test insoles range from sizes 20 to 47 covering all needs from children to adults.The groove at the bottom of the insole is used to fix our sensor chip ensuring that the chip is stable and does not shake during the test process.It is a key factor in ensuring the accuracy of data and also ensures that our chip will not cause data distortiondue to its own displacement and shaking.

Prior to the test we are required to wear our specialized testing insoles which are archless in design to ensure utmost accuracy and authenticity. Our testing insoles are inserted into the patient's most frequently used shoes, subsequently we carefully place the chip into the correct position of each insole, taking note of the left and right distinction. After fixing the chip we put it in the patient's shoes so that the patient can wear her own shoes.Then we can collect her most realistic gait during the test and the interference to her senses is minimal.Now prepare to do a natural walk. When I click on it later you will walk to the Blue Line about 15 meters away. We let the patient walk forward naturally and she can turn around after about 15 meters we are not limited by the venue as long as there is a slightly straight section of the road and the patient can walk with a natural gait. Because when we walk the data is recorded in our chip,so we can wait for the patient to come back.After the patient comes back her data is automatically uploaded to our software for analysis.Now our data has been uploaded successfully and we can view our gait analysis report on the software.

Now we are going to test the running.we have already placed the detection insoles and chips in the patient's shoes in advance.We can use the running analysis to screen many customers with sports injuries and their lower limb problems by analyzing the way of landing,the angle of loading and pushing and the position of the joints. we can help to judge the possible injuries of the ankle and knee joints of the lower limbs as well as some of the reasons for the injuries that have occurred. After starting this test we gradually increase the speed.We slowly started running. when we do the running test we don't have to do it on a treadmill,we can also complete our running test in a spacious venue or track. we continue running according to our own running rhythm. After 1 minute the report has been output and we can view it on the software.

let's move on to balance training.During this training we will utilize the same sensor chip we previously used to measure gait. To begin we will take out an upper limb strap with the smooth side facing inward. Secure the strap to the patient's upper limb. Adjust the chip pocket to just in front of the sternum.Then put the light of the chip facing outwards and insert the chip into our chip pocket all secured now we can move on to balance training. Now we start balance training. Let the patient stand naturally and relaxed. We adjust the position of our body centre of gravity so that it aligns with the coloured circles. We need to be able to maintain balance and control as we move our body and interact with the screen indications.

Next we move on to gait training. We need to tie the straps around the patient's legs. There will be a smooth side facing inwards and we need to correspond to the left and right of the patient.Secure the right strap in the middle of the patient's thigh with our chip pocket facing outrward. Then point the chip light outwards and insert it into chip pocket. Next using the same method we will fix the left strap in the middle of the thigh. Pay attention to make sure the strap is tied as tight as possible to prevent it from falling off when we do gait training. Adjust it a little bit so that both sides are the same height. Next we will conduct gait training. We train through rhythmic auditory stimulation which is especially efficient for patients with nerve damage. We will have a patient gait test first. Our test takes about 40 seconds and then we will recommend an appropriate music to the patient based on her gait frequency. Our therapist can also adjust the rhythm for the patients based on their own experience: we are now matching the patients with a music with a slightly faster rhythm. okay let's listen to the rhythm and try to follow it.

In addition to rhythmic auditory stimulation gait training we can also use straps and chips to train joint angles. let's do a hip flexion and extension training first.When the patient moves,our therapist can observe the screen to see if the patient can achieve the established training goals. For example if we want the patient to reach a level of more than 50 degrees the patient can also look at the screen to correct whether her hip flexion has reached more than 50 degrees. Apart from the basic angle training we can incorporate more exercises that focus on transferring the center of gravity . To give an example we can instruct post stroke patients to shift their weight to the affected side and then balance themselves using the healthy side. Next we can prepare them for the gait swing of the healthy side and encourage them to move forward and backward which will help enhance their ability to transfer the center of gravity and switch legs . Additionally we can monitor their joint angles on a screen to ensure proper joint angles.

When we are doing the weight transfer training we can also play a rhythmic auditory stimulation. But at this time we should choose a slightly slower rhythm so that the patient can keep up. And we can also give her a rhythmic auditory stimulation during the gait test to observe the patient's walking condition. After standing still we will walk naturally, but you have to listen to the rhythm carefully later okay let's follow this rhythm.We can gradually get closer to our own gait.

We now conduct a multidimensional posture analysis. We will combine posture analysis with foot pressure to better obtain patient data for cross validation. So that we can determine the root cause of the pain and posture problems. Now we ask the patient to take off her shoes and socks and stand on the foot pressure plate. We don't need to deliberately put our feet inside the picture of feet,we just need to put your feet inside the square and stand naturally. Next we will do a balance test. Balance testing requires the patient to complete the test with their eyes open and closed. Now that we arrive at our operation interface. let's start by opening our eyes, relaxing and standing naturally as before. After we have collected relatively stable data we will move on to the second step. Asking the patient to close her eyes. After the data collection is completed we can click stop to generate the report.