Upgrade your I-Scan™ System with Real-Time Temperature Mapping

Expand What's Possible with Your Data

Take your I-Scan system further with Tekscan's latest innovation in surface sensing: a real-time temperature mapping solution that seamlessly integrates with your existing I-Scan 9 platform. This powerful upgrade gives you thermal visibility where traditional tools like IR cameras are limited - and even allows you to overlay temperature and pressure data for a more complete picture.

Why Add Temperature Mapping?

  • Visualize Heat Flow in Real Time: Track how heat moves across or between surfaces to identify thermal inconsistencies or hotspots
  • Go Beyond Thermal Camera Limitations: Capture temperature inside sealed assemblies, between layered materials, or on moving parts - no emissivity adjustments required.
  • Simplify Sensor Setup: A single, thin-film sensor captures data from 192 temperature points - trimmable to fit your application.
  • Discover Previously Hidden Interactions: Overlay temperature and pressure data to uncover critical insights that impact performance and quality
  • Familiar Sofware, Fast Adoption: No need to learn a new interface. The temperature mapping functionality is activated right in I-Scan 9.5.

temperature and pressure mapping software movie

Upgrade in Three Simple Steps

  1. Check Compatibility. Temperature mapping is available for systems running I-Scan 9.5 with Evolution Handle. Older systems may require a software update and/or hardware upgrade.
  2. Add the Sensor & Configuration Map: Your upgrade includes a trimmable temperature sensor and configuration file to enable the functionality within your software.
  3. Start Capturing Thermal Data: Get up and running quickly thanks to the familiar software interface and data acquisition tools. 

Need help confirming your system's compatibility? Contact us for a quick consultation.

Interested in Accessing Thermal Insights?

Fill out the form to learn more about adding temperature mapping to your I-Scan system and start capturing the complete picture of surface interactions.