I-Scan Pressure Mapping System
The I-Scan® system is Tekscan’s flagship
pressure mapping solution, providing detailed, actionable insight into pressure
distribution across virtually any interface. In the automotive industry, where
performance, safety, and durability are critical, I-Scan helps engineers measure,
visualize, and optimize pressure data to improve products and
processes.
Key Features
- Thin,
Flexible Sensors: Capture highly detailed pressure data without
significantly affecting the interface.
- Customizable
Options: Wide range of sizes, shapes, and pressure ranges, with
custom designs available.
- Real-Time
Visualization: View live pressure profiles and force data as you
test.
- Comprehensive
Software: Provides metrics such as peak pressure, total force,
and center of force location, plus time-based data for dynamic events.
- Data
Export & Analysis: Export results for deeper analysis or FEA
correlation to validate simulations.
- Portable & Versatile: Use in the lab, at the track, or in production environments.
Common Automotive Applications
- Powertrain
& Chassis Components
- Verify
uniform pressure in gaskets, seals, clutches, and brakes.
- Reduce
the risk of leaks, uneven wear, or premature failure.
- Doors,
Weatherstripping & Trim
- Measure
seal pressures to prevent leaks and rattles.
- Validate
fit and alignment during the design phase.
- Dynamic
& Safety Testing
- Capture
data during door closing, brake actuation, or impact events.
- Correlate
physical results with FEA models.
Benefits for Engineers & Manufacturers
- Objective,
Quantitative Data: Move beyond subjective evaluations and
guesswork.
- Faster
Design Validation: Identify pressure issues early and minimize
costly late-stage design changes.
- Quality
Assurance: Provide documentation that components meet OEM
specifications.
- Cost
Savings: Reduce warranty risk and improve overall product
reliability.
Why Choose I-Scan
I-Scan empowers automotive engineers to:
- Gain
deep insight into critical interfaces.
- Accelerate
design cycles with real-time feedback.
- Improve
vehicle safety, performance, and passenger comfort.
- Support
data-driven decisions from R&D through production.


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