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Templo Treadmill Video Analysis

 Designed with Running Specialists, Podiatrists and Sports Scientists. TEMPLO Basic is video analysis software 'Designed for Purpose'.

The AnalysisPro is for the specialist running shop, it leads you through a step-by-step process, from your client’s original footwear and barefoot to a number of test shoes. Once the videos are recorded they are systematically synchronised and automatically compared!

 

MultiView offers a more detailed analysis allowing comparison of several shoe models. Of course, you have the graphic tools at your disposal to highlight the differences. The comparison tool enables you to choose instantly the number and model of shoes to compare.

 

 

 

 

Calibration Sheet

Calibration sheets are a basic requirement to achieve an optimal positioning of your cameras. The sheets are located behind and beside the treadmill, and thus enable an exact horizontal and vertical positioning of the camera.

In addition, the monochromatic colour offers a good contrast to the skin and the skin markings of the athlete.

The calibration sheets are available on a 5mm plastic board with surface protection that is matt finished to prevent unnecessary reflection or shadows.

Once the treadmill has been leveled, the calibration sheets are then mounted to the wall and 'squared' to the treadmill. Using the 'crossed-hairs' (yellow crossed lines) from your software toolbox you can ensure that the camera is 'squared' to both the treadmill and calibration sheets. Complying with this protocol ensures accurate measurement of angles and distance.

 

 

 

 

FootWork AM3 pressure mapping

 

 

FootWork PRO - Advanced technology allows the FootWork Pro plates to measure pressure and force distribution accurately with high speed and high resolution. Footwork can become essential for your clinical examination. It has a truly ammazing capacity for communication between patients and prescribers.

 

 

 

 

 

 

 

 

 

FootWork AM Cube Pressure Mapping

 

 

Advanced posturographic analysis: Ellipses of the centers of pressure. Oscillation front and sagittal plan. Ratio of the areas and time for the frontal and sagittal plan. Setting of  ratio of points taken for calculation of the ellipse.


Injury Fact Sheet - Shin Splints

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Shin splints can affect either the medial or lateral aspect of the lower leg and can be extremely painful. The most common out of the two is medial tibial shin splints which tend to occur on the inner side of the lower leg.  A main cause of this injury can be the speed at which the foot travels from heel strike to foot flat. If the calf muscles are tight they will function at less than optimum levels, this will tend to increase the load of the Posterior Tibialis which looks to control and decelerate the medial arch as the foot goes to ‘foot flat'. Over time this repetitive action often results in overuse injuries such as shin splints.

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Step 1 Gait Analysis and Footscan

  • We can observe the relationship of the speed at which the medial arch collapses and the tracking of the knee. This will show us the amount of medial stress the shin is under.

Step 2 Custom Moulded Insole

  • The custom insole will help to de-accelerate the collapsing motion of the medial arch which will reduce the stresses on the inside of the shin.

Step 3 Footwear

  • If your shoes inhibit the shock attenuation capabilities by allowing too much or not enough roll in of the foot than this will increase the chance of shin splints. Also if your shoes are too worn out than this is a pre-cursor to this type of injury as the shoe is just not doing enough work for you and the ground forces are sent up through the shin causing pain.

Make sure to check out our other Injury fact sheets for more information:

Footpro