Can I use the F-Scan64 system with pediatric patients?

It’s possible that an older child could fit into the smallest sensor size, which is a US Women’s 5.5 – 6.5, therefore allowing use with some pediatric patients. For those pediatric patients with smaller feet, we recommend the F-Scan system as the sensor can be trimmed down to the smallest size of Girls Size 2 (US).   

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What maintenance do I need to perform on the F-Scan64?

Sensors should always be disinfected with a 70% Isopropyl Alcohol solution after each use. To do this, slightly dampen a cloth with the alcohol solution, careful not to soak or saturate the cloth. Then wipe the sensor. 

Sensors should always be stored flat in either the system box or some other protective cover. Improper storage can adversely affect sensor life. 

Sensor Replacement/Disposal: Always dispose of sensors in accordance with Regional guidelines pertaining to medical biohazardous waste. 

A sensor can be reused either with different subjects after cleaning (requiring the same size sensor) or during a series of tests with the same subject. Sensor life is reduced if the sensor gets wrinkled or folded during use. 

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How is the F-Scan64 system different from the F-Scan System?

The main difference between the F-Scan64 and F-Scan systems lies in the micro-sized electronics.  The F-Scan64 electronics allows for a completely cord-free Bluetooth connection system with a quick setup time of three minutes or less. Also, users do not need to trim sensors.  The number “64” refers to the number of sensing elements in the sensor regardless of the sensor size.  

The F-Scan GO system offers trimmable sensors with up to 966 sensing elements (at full size) and can scan at rates up to 500 Hz. The F-Scan GO systems uses advanced gait analysis software for more detailed analysis.  

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What are the key differentiating factors of the F-Scan64 system versus the competition?

The F-Scan64 system offers comparable scanning rates to other similar in-shoe systems, but with thinner sensors, meaning there is less interference with natural gait.  Additionally, with 64 sensing points in all sensor sizes, it gives detailed insights in function and areas of high pressure that other systems with a lower resolution cannot offer.   

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Can I use F-Scan64 for jump tests?

Yes, the F-Scan64 system can be used for jumping. While higher scanning rates are often recommended to capture the complete movements during jumping, it will depend on what type of information you are looking to analyze.  The F-Scan64 system provides insights into bilateral asymmetries in jumping, which is helpful for sports performance analysis.   

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What happens if I go out of Bluetooth range during data collection?

The Bluetooth™ data transfer has a range of 10 m (30 ft.). If the F-Scan64 subject goes beyond the 10m Bluetooth range, there is a buffer of 16,000 frames (for example: @50Hz, recording buffer up to 5 minutes and 20 seconds) that will be stored on the cuffs. Once the subject is back in range, the user can select the “Transfer Recordings” button to re-connect the devices and transfer the collected recording to the PC.   

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What are the pre-sized F-Scan64 sensor sizes? Can I get custom sizes?

F-Scan64 sensors are available in six pre-sized sensors. Additional sensors are sold in a minimum order quantity of 10 (5 pairs) of any size combination. At this time, custom sizes are not available.

Tekscan Sensor #	EU Size	Men's US Size	Women's US Size
3020	36-37	-	5.5-6.5
3022	38-39	6-7	7-8.5
3024	40-41	7.5-8.5	9-9.5
3026	42-43	9-10	10-11
3028	44-45	10.5-11.5	11-12
3030	46-47	11.5-12.5	-

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How long will F-Scan64 sensors last?

Sensor usage is dependent upon application. Typically, you can expect up to up 20 uses, assuming 20-30 steps per trial in-shoe without orthotics. 

 

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Error: Handle Driver is Not Loading - Error Code 52

Issue: T-Scan or I-Scan doesn't see the Evolution handle. The Device Manager shows Code 52 error.

Solution:

First enable Windows Updates on your system. Install all the critical updates and see if this fixes the Code 52 error.

If not, this could be caused by a required security patch from Microsoft (that is missing). Info on the update needed:

https://support.microsoft.com/en-us/kb/3033929

Download of the update:

https://technet.microsoft.com/en-us/library/security/3033929

"SHA-2 certificates require KB3033929 on Windows 7

If your certificate uses SHA-2 or has SHA-2 certificates in its chain of trust and you are using it to sign kernel modules, then you should be aware of KB3033929, an update for Windows 7 distributed through Windows Update. On versions of Windows 7 without this update, the kernel will reject signatures made with certificates that use SHA-2, so they cannot be used to get a kernel module to load."

Select your Windows OS, download, install and re-boot the computer.

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