I-Scan System
The versatile I-Scan tactile pressure mapping system is tailor-made by choosing from over 200 pressure sensors to meet your specific application requirements.
Download the I-Scan Product Selection Guide to help you choose the best product for your application.
Not available for online purchase.
Contact us for pricing
Description
Versatile Pressure Mapping System
I-Scan™ is a powerful tool that accurately measures and analyzes interface pressure between two surfaces, utilizing a thin and flexible sensor. The system is comprised of data acquisition electronics, sensors, and software. Measuring both force and pressure, the exceptionally thin tactile sensor provides minimal interference between the objects being measured, allowing the true interface pressure data to be obtained. The interface pressure data collected offers vital information and insight to enhance product design, manufacturing, quality, and research.
Key Benefits
Product Design
- In-depth understanding of surface behavior
- Verify forces and peak pressures between two components
- Measure external forces
- Reduce failures & associated costs
Manufacturing
- Verify calibration of machinery
- Improve repeatability of processes
- Reduce downtime & improve yields
Quality Control:
- Identify potential failure modes
- Quality inspection & control
- Competitive benchmarking
Research
- Understand the physical properties of the objects being measured
- Understand the pressure distribution between two surfaces
Key Data
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Utilization
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I-Scan™ User Experience
"TMMK has been using the I-Scan system for the last two years, resulting in over 3,000 push/pull tests. The I-Scan provides our Safety and Engineering team with an accurate measuring device to record push/pull forces on a majority of our parts. The Tekscan system is easy to use and very dependable and has helped to improve our ergonomic initiative."
- John Whitaker, Assembly Safety Specialist, Toyota Motor Manufacturing, Kentucky
Configurations
Configurations
In order to obtain the pressure data, data acquisition electronics scan the thousands of sensing points within each sensor. The data is instantly relayed to the software on your PC via a USB cable. Our sensors can be scanned at up to 1,600,000 sensing elements/second.
I-Scan™ offers different options for data acquisition electronics. To help you choose the best fit for your application, explore the configurations below or download the I-Scan Product Selection Guide for more detailed information and specifications on the various system options, features, and configurations.
I-Scan Product Selection Guide
Evolution™STANDARD USB Up to 100 Hz
For use in standard applications
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VersaTek™HIGH SPEED USB Up to 20,000 Hz
For use in high-speed applications or for sensors with higher resolution over large areas |
WirelessVERSATEK WIRELESS UNIT Up to 4,600 Hz
Wirelessly transmit data to PC for remote data collection (up to 100m) |
DataloggerVERSATEK DATALOGGER UNIT Up to 20,000 Hz
Collect data onto Datalogger Unit and upload to PC after data collection. For wireless use at higher speeds & noisy environments |
Evolution
For use in standard applications. Up to 100Hz scanning speed.
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VersaTek
For use in high-speed applications or for sensors with higher resolution over large areas. Up to 20,000 Hz scanning speeds.
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Wireless
Wirelessly transmit data to PC for remote data collection (up to 100 m). Up to 4,600 Hz scanning speeds.
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Datalogger
Collect data onto Datalogger Unit and upload to PC after data collection. For wireless use at higher speeds & noisy environments. Up to 20,000 Hz scanning speed.
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Comparison Chart
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Evolution (Standard USB) |
VersaTek (High Speed USB) |
Wireless (VersaTek Wireless) |
Datalogger (VersaTek Datalogger) |
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Data Acquisition Electronics |
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Maximum Scanning Speed |
100 Hz |
20,000 Hz |
4,600 Hz |
20,000 Hz |
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Cross Handle Scanning |
No |
Up to 8 |
Up to 2 |
Up to 2 |
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Pulse-Per-Frame Synchronization |
No |
in & out |
in & out |
in & out |
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Adjustable Sensitivity |
x 3 to 1/7 of Sensor Pressure Rating |
x 7 to 1/3 of Sensor Pressure Rating |
x 7 to 1/3 of Sensor Pressure Rating |
x 7 to 1/3 of Sensor Pressure Rating |
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Power Source |
USB Port of PC |
100-240V Power Supply |
Li-Ion Battery: 8V, 2.4A or Power Supply: 100-240V |
Li-Ion Battery: 8V, 2.4A or Power Supply: 100-240V |
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Maximum Handle Cable Length |
5.0 m (16.4 ft.) |
30.48 m (100 ft.) |
30.48 m (100 ft.) |
30.48 m (100 ft.) |
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Maximum Hub Cable Length |
n/a |
5.0 m (16.4 ft.) |
5.0 m (16.4 ft.) |
5.0 m (16.4 ft.) |
Additional items may be included with your system purchase.
Sensors
Sensors
Over 200 flexible, thin film tactile pressure sensors are available in different sizes, shapes, resolutions, temperature ratings, and pressure ranges (up to 25,000 psi or 1,700 bar).
View the database of all Standard Pressure Mapping Sensors
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High spatial resolution:
- Up to 248 sensing elements/cm2 (1,600 sensing elements/in2)
- Sensing elements with as narrow as 0.6 mm (0.02 in.) spacing
- Sensing area ranging from 3 mm x 3 mm (.12 in. x .12 in.) to up to 1,734 mm x 1,768 mm (68 in. x 69 in.)
- Optional high-temp sensors can withstand up to 200°C (392°F)
- Fully customized sensors can be manufactured
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View all Standard Pressure Mapping Sensors
Software
Software
Standard I-Scan software window displaying the pressure distribution between a brake pad and rotor.
I-Scan™ provides the tools for more comprehensive and higher quality analysis than ordinary pressure sensing technologies.
The software displays the pressure distribution data, in multiple formats, for superior analysis. Data and imagery of the pressure distribution are shown in real-time with the ability to record, play back, and save FSX movies. The user has the option to create and customize graphs from the corresponding movie data or export as an ASCII file for use with other programs.
Key Features
- Real-time display of pressure sensor data in 2D & 3D
- Graphing & data analysis (pressure, force, & area)
- View data as an integrated Microsoft Excel table
- View and compare multiple test results simultaneously
- Display peak pressures & center of force
- Export data to ASCII or AVI files
Graphic & Data Analysis
2D pressure output with Force vs Time graph
Force vs. time graph – the cursor at 3 seconds correlates to the pressure output on the left. Users can click any point in time along the x-axis to view the resulting pressure output image.
Data available from each frame:
- Total Force
- Center of Force location
- Peak Pressure
- Pressure distribution (i.e. force on each sensing element)
Sensor MAPs
Each sensor requires its own unique MAP driver file for the software to function properly. By utilizing sensor MAPs, the software is able to provide an accurate depiction of each unique sensor layout. The sensor MAP controls the shape of the pressure image window in the software, which corresponds to the shape and dimensions of the sensing area on the sensor.
Visualization
Realistic Data Representation
- Optimized 2D display algorithms in the software interpolate sensor data to smooth pressure map display; giving a more realistic representation of the object being measured
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Select among three Interpolation views:
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Level 1 (1 x 1 No Interpolation)
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Level 3 (3 x 3 Interpolation)
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Level 5 (5 x 5 Interpolation)
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 1 x 1 No Interpolation |
3 x 3 Interpolation |
 5 x 5 Interpolation |
Property Table
I-Scan includes the new Property Table feature. Property Table makes it easier to access sensor data, by allowing you to view data as an integrated Microsoft Excel table*. Data can be viewed and graphed within a single Excel spreadsheet from within the Tekscan software. Formulas can be added to the table to provide application specific values. Customize Excel calculations, sort, and format from directly inside the Tekscan software.
The software is available in several languages including Spanish, French and German. View software languages available.
Electronics
Data Acquisition Electronics
Data Acquisition Electronics connect to the sensor to scan the sensing elements and digitally send data to a PC. Electronics are included with a system, but additional equipment may be needed for more complex applications. System breakdown and product specs can be found on the configurations tab.
Data acquisition electronics for use in standard applications.More
Data acqusition electronics for use in high-speed applications.More
Drives and collects signals from up to 8 handles simultaneously.More
Wirelessly transmit data to PC for remote data collection.More
For wireless use at higher speeds and in evironments that are noisy.More
Electronic Components for System Add-ons
Some system add-ons require hardware to interface with external inputs. A complete list of system add-ons can be found on the add-ons tab.
Integrate analog signals with Tekscan systems via USB.
Integrate analog signals with Tekscan systems via high speed USB.
Control recordings from a distance and synchronize the start and stop of data collection.
Tab Extenders
Sensors can now be used in hard to reach places and applications that require the electronics to be at a greater distance from the sensor.
Add-Ons
System Add-ons
Optional add-on packages are available to provide additional functionality to pressure mapping systems. The features streamline data acqusition, interface with 3rd party devices, or synchronize pressure mapping recordings with video.
Recording long duration events is now easier.More
Open and read Tekscan data directly in preferred analysis software.More
Coordinate the operation of other products with your Tekscan System.More
Combine your real-time pressure data with live video.More
Write your own programs to retrieve Tekscan data.More
Provides an accurate depiction of each unique sensor layout.More
Establish a Wireless Connection between your Sensor/Handle and your PC.More
Electronic Components for System Add-ons
Some system add-ons require hardware so users and external devices can interface with the pressure mapping system.
Integrate analog signals with Tekscan systems via USB.
Integrate analog signals with Tekscan systems via a high speed USB.
Control recordings from a distance and synchronize the start and stop of data collection.
Compatible Equilibrators
The equilibration process compensates for any variation or uneven output across individual sensing elements caused by manufacturing or repeated used of the sensor.
An equilibrator with an active area of 5.625 in. x 6.0 in. (143 mm x 152 mm).More
An Equilibrator for with an active area of 5.0 in. x 12.25 in. (127 mm x 311 mm).More
An equilibrator with an active area of 13.0 in. x 19.5 in. (330 mm x 495 mm).More
An equilibrator with an active area of 22.5 in. x 20.5 in. (571.5 mm x 520.7 mm).More
An Equilibrator with active area of 17.5 in. x 19.5 in. (445 mm x 495 mm).More
An equilibrator for with an active area of 17.5 in. x 19.5 in. (445 mm x 495 mm).More
An equilibrator with an active area of 17.5 in. x 19.5 in. (445 mm x 495 mm).More
An equilibrator with an active area of 4.5 in. x 12.25 in. (114 mm x 311 mm).More
An equilibrator with an active area of 4.5 in. x 12.5 in. (114 mm x 318 mm).More
Applications
Applications
Different options for data acquisition electronics, software add-ons, and standard and custom sensors make the I-Scan™ System extremely versatile, creating endless possibilities for applications. Here are some examples of unique applications:
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Materials Rehology (Deformation & Flow) Testing & Analysis |
Microprocessor LGA, BGA, Heatsink, Burn-in Test Socket |
Heat Sink - Clamp Design Custom Sensor- Standard Temp |
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High Pressure Washer |
Handheld Sandblaster, Shot-peening |
Battery Cell Clamp Design Validation |
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Carbon Fiber Composite Material Layup |
Rifle Recoil Testing |
Medical Device - R&D Dermamounted Monitor |
Research Studies
There have been a number of research projects conducted where Tekscan's pressure measurement technology has played a crucial role. To view the list of these research studies:
Download the the bibliography for Pressure Mapping Applications
