X-Sight Video Extensometers — Non-contact Strain Measurement
Advanced Digital Image Correlation (DIC) video extensometers for accurate, non-contact strain measurement on any material — from metals to geotextiles.
Next-generation Optical Strain Measurement
High-resolution DIC technology for accurate strain measurement without touching the specimen.
The X-Sight M-Series video extensometer uses state-of-the-art Digital Image Correlation (DIC) technology to provide accurate strain measurements via a high-resolution optical sensor. Simply frame the specimen while performing the test — no clip-on arms, no contact, no influence on results.
Available in 6 models, X-Sight is suitable for materials where a traditional extensometer cannot be placed: FRP, FRCM, CRM, FRC, geotextiles, geogrids, fabrics, thin films and brittle ceramics. It integrates seamlessly with all Cermac UTM-D, UTM-E and UTM-H testing machines.
Video Extensometer Features
DIC Technology
Digital Image Correlation algorithms track surface patterns for sub-pixel accuracy without specimen contact.
ISO 9513 Compliant
Meets extensometer classification requirements for standardised testing per ISO 9513.
6 Models Available
From compact laboratory units to high-resolution research systems — a model for every application.
Multi-point Measurement
Simultaneous measurement of multiple gauge lengths, transverse strain and Poisson’s ratio.
No Specimen Contact
Ideal for thin films, fabrics, composites, rubber and other materials that are contact-sensitive.
Full Software Integration
Real-time strain data streams directly into Cermac Testing software for live plotting and calculations.
Testing Standards
Metallic materials — calibration of extensometers used in uniaxial testing.
Tensile testing of plastics — strain measurement via extensometer.
Tensile testing of metals — extensometer requirements for modulus and elongation.
Tensile properties of polymer matrix composites — strain measurement.
Rebar testing — strain measurement for Agt determination.
Flexural testing — deflection measurement via non-contact methods.
Applications
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Composites — FRP, FRCM, CRM and carbon fibre laminates where clip-on extensometers risk specimen damage.
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Geotextiles and geogrids — wide specimens that cannot accommodate traditional clip-on devices.
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Thin films and fabrics — delicate materials where any contact alters the measured strain.
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Rebar and construction — Agt measurement on reinforcement steel without risk of extensometer damage at fracture.
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Rubber and elastomers — high-elongation materials (500%+) beyond the range of mechanical extensometers.
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Research and multi-point — 2D full-field strain analysis, Poisson’s ratio and localised strain mapping.
Machines & Accessories in Action
Why Choose Cermac
Since 1983, Cermac S.r.l. has designed and manufactured material testing machines at our ISO 9001:2015 certified facility near Milan, Italy. Direct access to the engineering team, fast spare parts and responsive technical support.
Tailored to Your Laboratory
At Cermac, every testing machine can be fully customised to match your specific requirements. From frame configuration and load capacity to grips, fixtures and software — we design the complete system around your laboratory workflow.
Our engineering team works directly with you to identify the optimal solution for your materials and testing standards.
Frequently Asked Questions
What is a video extensometer?
A video extensometer uses a camera and image processing algorithms to measure specimen strain without physical contact — ideal for delicate or contact-sensitive materials.
Is it as accurate as a clip-on extensometer?
Yes. X-Sight meets ISO 9513 classification requirements and provides comparable accuracy to mechanical extensometers.
What materials benefit most?
Composites, geotextiles, fabrics, films, rubber, ceramics and any material where clip-on devices would affect results or be damaged at fracture.
Does it work with non-Cermac machines?
The X-Sight can be integrated with most universal testing machines, though it works best with Cermac systems for seamless software integration.
Request a Quote for Video Extensometers
Tell us about your testing requirements and our team will respond within 24 business hours.