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This image presents a detailed view of a tensile testing machine, where a sample is clamped between two grips, likely undergoing a stress test. The setup includes the familiar "Imetrum" extensometer attached to the side, which is being used to measure deformation or strain. The background is bright white, and the emergency stop button on the machine adds a splash of colour to the otherwise technical scene.

Vector U70 Uniaxial Non-Contact Extensometer

Manufactured by Imetrum

The Vector U70 non-contact extensometer is designed for testing small to medium specimens, with a gauge length of 10-50mm and widths larger than 2mm.

It combines adaptive AI capabilities with optical hardware, automating the strain-capturing process and improving operator safety, measurement accuracy, and data consistency while lowering test throughput times and complexity.

Price on quotation

Data sheets

Benefits

  • Increased throughput — non-contact design enables faster testing, especially in non-ambient conditions. This means no time is lost attaching or removing clip-ons, meaning more specimens tested in less time.
  • Delivers uniaxial strain measurement over a wide range of materials, gauge lengths, and set-ups that all meet or exceed ISO 9513 Class 0.5 and ASTM E83 Class B-1.
  • Operating distance of 280 to 320mm.
  • Cost-effective — available at a comparable price to a Clip-on to reduce testing costs and drive faster ROI.
  • Intuitive design — get up and running with four easy steps: Install, Mark, Align, and Measure.
  • Laser alignment guides, status indicator lights, and a flexible operating distance all assist the operator during setup and use.
  • Operates in harsh environments, challenging light conditions, and temperature chambers with no loss of functionality.
  • Tests highly fragile specimens without impacting them.
  • Avoid introducing stress concentrations, such as damage from knife-edge contact.
  • Lower cost of ownership — With class-leading performance right out of the box, Vector eliminates the need for specialist high-temperature clip-ons and reduces maintenance overhead, resulting in fewer parts, fewer failures, and lower costs.
  • Superior data quality — Simply point Vector at a properly marked specimen to capture accurate, consistent results. Operator variability is eliminated, ensuring reliable data every time.
  • Various marking options are available, depending on the material. These options include rings and speckles.
  • Lightweight operation and convenient integration.
  • Easy to understand feedback from both the Vector software interface and Vector itself provides immediate confirmation of the state of the module.
  • Extension and strain ranges are specified, providing clear guidance on performance for supported gauge lengths and allowing for easier 1:1 comparison with clip-ons. This makes it easier for users, particularly those familiar with clip-on extensometer spec sheets, to quickly determine whether a specific Vector configuration meets their testing requirements.
  • Recommended operational temperature range of -100°C to +370°C. This is ideal for use in environmental chambers. We can also provide guidance that often enables accurate results at temperatures far exceeding 370°C.
  • Extensometer calibration service available.

Measurement applications

Uniaxial, tensile, compressive, or flexural.

Vector Quick Start Guide

The following guide explains the basics to achieve extensometry measurement: Vector-Quick-Start-Guide

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