FAQs

Can Tekscan sensors be cut or trimmed?

Question: Can Tekscan sensors be cut or trimmed?

Answer: Yes, some of our sensors can be cut or trimmed to smaller sizes or shapes, or even punctured for secure placement. The model 4205 (pictured), model 7800 pressure sensor and T800 temperature sensor are designed to be sized for custom embedding in battery placements or other tight spots.

image-20240820133832-1Tips for trimming:

The rows and columns are connected through silver dots and traces on the surface of the sensor. If you trim the sensor, a row or column will remain active so long as the silver dot and silver connecting trace remain intact and connected to the handle.

Based on this photo, you can trim up to 15 rows from the distal end of the sensor before you reach the column trace connections. And you can trim up to 5 columns from either side before you reach the silver connections to the rows.

Consult with a Tekscan engineer if you aren't sure if your sensor is trimmable or how to do it. Cutting through the sensing element will short the sensor! 


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The ability to trim for shoe size is one of the most important advantages of our in-shoe F-Scan™GO sensor, which can be trimmed to fit any shoe size up to a men’s size 14.

Tips for trimming the F-Scan GO sensor can be found in the manual, or HERE. 

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What sizes are sensors available in?

Question: What sizes are sensors available in?

Answer: We have sensors in many shapes and sizes. Please refer to one of our sensor catalogs to see diagrams of our standard sensors. Contact Tekscan for the sensor that would best fit your application. Custom sensors are also available.

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What is the temperature range for sensor use?

Question: What is the temperature range for sensor use?

Answer: Standard Tekscan sensors are specified to operate in a temperature range from -40 ºF to 140 ºF (-40 ºC to 60 ºC). If the sensor is used at a temperature different than the calibration temperature, there will be a temperature effect.

The operating temperature range of the Handle is 32 °F to 122 °F (0 °C to 50 °C). Thus, if the application involves extremes of temperature, the Handle should be insulated or otherwise protected from the extremes of high temperature.

Many sensors can be produced with high temperature ink and substrate for use over a temperature range from -40 ºF to 400 ºF (-40 ºC to 204 ºC). The appropriate sensor for prospective high temperature applications is individually evaluated, and quoted.

We do also have High Temperature model sensors; they are specified to operate in a temperature range from -40 ºF to 400 ºF (-40 ºC to 204 ºC). Calibration would be affected when the temperature goes beyond this specified range. Keep in mind that we do not recommend the use of the ELF system handle with our High Temperature model sensors, and if you do intend to use it with the sensors, a waiver would need to be signed.

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Do I need an Instron device to calibrate my ELF system?

Question: Do I need an Instron device to calibrate my ELF or WELF?

Answer: No! You can use dead weights and that will work fine. The video calibration tutorial uses one, but it's not necessary.

 

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What are Tekscan's Computer Requirements?

For your Tekscan system to function properly, your computer must meet or exceed the following.

(Note: Dental system requirements can be found on the What are the dental T-Scan™ computer requirements? page)

Suggested Minimum Computer Requirements (desktop, laptop, or tablet) for all Tekscan Systems:

  • Windows® 11 or Windows® 10 Home or Pro Version (64-bit version only. ARM not supported. How to check if my OS is 64bit.)
  • Memory: 8 GB RAM minimum, recommended 16 GB
  • 1 available USB 2.0 or higher port
  • Internal or external Wi-Fi (802.11 b/g/n) adapter (for Wireless systems only)

Are Tekscan systems compatible with tablet computers?

  • Yes, if they meet the requirements above for 64 bit Windows computers.

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Is Tekscan software Windows 11 compatible?

Yes, all Tekscan software including T-Scan Dental has been tested and is fully compatible with Windows 11. 

Here are the full system requirements.


 

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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.

T-Scan 9.1 Handle Driver 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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Error: No More Available Handles

Issue: When trying to open a new Real-Time Window, you receive the error message: "No more available handles" (shown below).

No more available handles.No more available handles.

Solution: Close the software. Plug in the Evolution™ Handle (or VersaTek™ Hub and Cuffs). Then open the software.

If you are creating a new recording, the Evolution Handle (or VersaTek Hub and Cuffs) must be plugged in before starting the software. If you plug in the Hardware after the Tekscan software is running, you will see this error message when attempting to open a new Real-Time Window.

Note: In rare cases, a system reboot may be required.

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Does Tekscan software support local languages?

Question: Does Tekscan software support local languages?

Answer: Tekscan systems support a multitude of languages, including English, Chinese, French, German, Italian, Japanese, Korean, Russian and Spanish. Please refer to the table below to see full language availability.

Product Chinese Traditional Chinese Dutch English French German Greek Italian Japanese Korean Polish Russian Spanish
API1 (n/a)                          
API2 (n/a)                          
BPMS™ X   X X X X X X X X X X X
CoM'Nalysis™       X                  
CONFORMat™ X   X X X X X X X X X X X
ELF™       X                  
FastScan           X              
FastScan Mobile           X              
F-Scan™ X X X X X X X X X X X X X
F-Scan™ Mobile X   X X X   X X X X   X X
Grip™ X X X X X X X X X X X X X
Handheld       X                  
Hoof™ X X X X X X X X X X X X X
HR Mat™ X X X X X X X X X X X X X
I-Scan™ X   X X X X X X X X X X X
MatScan™ X X X X X X X X X X X X X
Presto-Scan™ X   X X X X X X X X X X X
Saddle™ X X X X X X X X X X X X X
TireScan™ X   X X X X X X X X X X X
T-Scan™ X   X X X X X X X X X X X
Walkway™       X   X              
Wiper™ X     X X X   X X X   X X

Note: Additional Software modules like SAM™ (Sway Analysis Module™), STAM™ (Stance Timing Analysis Module™), and TAM™ (Timing Analysis Module™) are supported by the same languages as their parent software.

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Can I Trim the FlexiForce sensor?

Question: Can I Trim the FlexiForce™ Sensor?

Answer: Yes - it is possible to trim the FlexiForce sensor if the sensing area is too large or the wrong shape for your application. Additionally, trimming the sensor can be a good way to develop a proof-of-concept before investing in a customized sensor solution. However, please keep in mind that trimming the sensing area can result in less durability, potential for shorting, and less sensitivity.

Trimmed FlexiForce sensorTrimmed FlexiForce sensorIf you attempt to trim the sensor, we recommend using a sharp pair of scissors to lessen the stress and/or deformation of the sensor that may occur when cutting. Once you've trimmed the sensor to the desired shape and/or size, you will want to apply a piece of tape to both sides of the sensor - this will help create a seal around the sensor keeping out dirt and debris.

If you need to punch a hole in the sensing area, we recommend creating a slightly larger hole than needed, applying tape on both sides of the sensing area, and then creating another smaller hole in the center. This will create a ring of tape around the hole you've just created and help to keep the sensor sealed.

Note: Tekscan cannot warranty sensors that have been physically altered.

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