Standard Force Sensors
Whether for integrating into a device design, or for your test & measurement project, our standard FlexiForce sensors are available in several shapes, force ranges, and operating capabilities.
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Whether for integrating into a device design, or for your test & measurement project, our standard FlexiForce sensors are available in several shapes, force ranges, and operating capabilities.
Tekscan offers a wide range of off-the-shelf FlexiForce sensors for design engineers considering the technology for their embedded design. Most of our customers start with standard sensors early during their prototyping/proof-of-concept stage.
We design and manufacture all of our sensors in-house. When you are ready to engineer the perfect thin flexible sensor for your device or application, we are ready to work with you on a custom design to meet your precise needs.
Model # | Brief Description | Image | Force Sensor Length * | Sensing Size (Dia./Width) | Standard Force | Temperature Range (Low) | Temperature Range (High) |
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A101 Buy Now |
Smallest sensor ideal for integrating into OEM applications. |
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0.150 in |
|
-40° F | 140° F | |
A201 Buy Now |
Most popular standard sensor, can be trimmed |
|
0.375 in |
|
-40° F | 140° F | |
HT201 Buy Now |
Ideal for high temperature applications |
|
0.375 in |
|
-40° F | 400° F | |
A301 Buy Now |
1 in. standard sensor. Also available in an enhanced ink variation (ESS301) for high humidity and heat applications. |
|
0.375 in |
|
-40° F | 140° F | |
ESS301 Buy Now |
Ideal for applications where high temperature and humidity are present |
|
0.375 in |
|
-40° F | 185° F | |
ESS102 Buy Now |
Ideal for applications where high temperature and humidity are present. Our smallest sensing area diameter. |
|
0.150 in |
|
-40° F | 185° F | |
A401 Buy Now |
Large sensing area |
|
1.000 in |
|
-40° F | 140° F | |
A502 Buy Now |
This is our largest standard sensor. |
|
2.000 in |
|
-40° F | 140° F |
Tekscan offers these methods to help OEMs test and evaluate FlexiForce sensors for their embedded product or device. Select from the options below.
The FlexiForce™ Sensor Characterization Kit is a time-saving, affordable tool enabling engineers and designers to understand how FlexiForce sensors perform in a controlled loading environment.
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The FlexiForce™ Prototyping Kit allows you to efficiently progress your FlexiForce-embedded design through advanced integration phases. |
Minimizing the overall project time of designing and embedding technology into a product or device – from prototyping to production implementation - is critically important in all types of industries. Setting yourself for success starts with gaining a clear understanding of the embedded technology you are working with to limit risks and ensure success.
That's why we're pleased to introduce the FlexiForce Integration Knowledge Base help ensure a successful integration of a FlexiForce force-sensitive resistor.
We're standing by to help you with all of your FlexiForce sensor needs.
This eBook shares a technical 6-phase design story of an engineering team that utilized FlexiForce sensors as an embedded component to measure relative force feedback in a smart, wearable medical device.
This eBook offers insights on the various force sensing technologies and how to select a sensor and supplier to suit your product and support requirements. Read about real-world stories from companies who have adopted FlexiForce technology in OEM applications.
The FlexiForce Integration Knowledge Base is a comprehensive content library containing practical sensor integration guides, how-to videos, best practices articles, and other useful collateral selected by our Applications Engineering team.
Explore both the direct and indirect costs of embedded force sensors, and learn the advantages from a cost perspective of selecting FlexiForce sensors for your embedded OEM application.
From surgical devices to security systems, learn how companies have enabled smart capabilities in their designs with FlexiForce sensors
What happens when FlexiForce sensors are activated over one million times, and under rigorous testing parameters? Find out for yourself.