Industrial and Research Solutions

Our Sensors are Accurate, Reliable, High Resolution, Flexible and Paper-Thin

High Speed I-Scan^® System Features

System Overview

High Speed I-Scan with Video Synch captures ball hitting sensor. Sensor output is shown
graphically - Force vs. Time

Software Features

Acquire sensor data at up to 10,000 frames/second
Display real-time and recorded data as 2-D and 3-D images
Capture dynamic pressure data
Play-back pressure “movies”
Display data frame-by-frame or as a multi-frame movie
Graph and analyze real-time or stored data (Pressure, Force, Area)
Export ASCII file capability
Isolate and analyze specific areas
Display Center of Force and its trajectory
View and compare multiple tests simultaneously
And much, much, more!

Data Acquisition Electronics and Sensor to PC Interface

Every Tekscan Industrial system, including High Speed I-Scan, uses a specially designed sensor interface electronic called a "handle". The handle connects to the sensor, gathers the data from the sensor, and then processes and sends this data to your computer. The handle connects to the PC via a USB cable. Each interface product embodies sophisticated microprocessor based circuitry to control scanning sequence and frequency, adjust sensitivity, and optimize the performance of our sensors.

High Speed I-Scan Sensor Options:

Refer to our Industrial Catalog for complete sensor listing.

Calibration: With application of a controlled device

Related Products & Options

Tekscan systems provide the flexibility of adding on capabilities as your needs evolve to enhance data analysis and interpretation. Please ask us about any of the add-on options to the High Speed I-Scan system listed below:

Video Synchronization™ - Video sequences can be recorded and synchronized with your pressure data and visualized in Tekscan software, enhancing the utility of collected data.

Equilibration/Calibration Devices - Pneumatic devices apply a uniform pressure to the active area of a sensor to normalize output of each sensing element. The system electronically compensates for variation in individual sensing elements.