Application : The AE900 extensometer is specifically designed for applications with highly lengthening materials such as plastics and rubber, incorporating long travel (up to 900 mm). The AE900 complements relatively lowcost instruments used for the testing of plastics.
Design and function : The AE900 will be operated at semi- and full automatic testing systems, particularly for applications, where the gauge length must not have to be changed very often. The AE900 works semi-automatic, the positioning of the measuring arms with respect to the middle of the sample as well as the setting of the initial gauge length has to be done manually (once before the test starts). Clamping and unclamping of the measuring arms respectively moving to the manually before adjusted position and gauge length will be done automatically
(electrically motor-driven). As long as the Le-value and –position remain unchanged no manual operation is required. The AE900 is suitable for nearly all samples (from a gauge length of Le 10 mm) up to sample rupture. Measuring direction upwards or downwards is available. The measuring heads may be removed from the device easily and quickly by means of a screw/insert system.

Compatible with
Tinius Olsen ST and SL series of materials testing systems

Application : The extensometer AEX200 is suitable for almost all samples of a gauge length (Le) from 10 mm. Because of its rugged construction and high accuracy the AEX200 nearly meets all applications in measurement of linear strain (determination of the E-modulus up to sample fracture). It works without restrictions in both the upper as well as the lower test area.
Design and function : The AEX500 has a smooth running and nearly frictionless linear guidance of the measuring heads. Due to the non-contact incremental gauge the AEX meets all requirements of class 0.5 (EN ISO 9513) over the whole travel. The measuring heads may easily and quickly be removed from the device by unlocking two screws with pin guidance.

Compatible with
Tinius Olsen ST and SL series of materials testing systems

Application : The extensometer AEX500 is suitable for almost all samples of a gauge length (Le) from 10 mm.
Because of its rugged construction and high accuracy the AEX500 nearly meets all applications in measurement of
linear strain (determination of the E-modulus up to sample fracture). It works without restrictions in both the upper
as well as the lower test area.
Design and function : The AEX500 has a smooth running and nearly frictionless linear guidance of the measuring
heads. Due to the non-contact incremental gauge the AEX meets all requirements of class 0.5 (EN ISO 9513) over
the whole travel. The measuring heads may easily and quickly be removed from the device by unlocking two screws
with pin guidance.

Compatible with
Tinius Olsen ST and SL series of materials testing systems

Welcome to the future of precision strain measurement with the UVX3D 110, a cutting-edge video extensometer designed to meet the rigorous demands of modern testing environments. Whether you’re conducting tensile, compressive, flexural, dynamic or torsion strain measurements, the UVX3D 110 offers unmatched high-resolution precision measurements.
High-resolution precision measurements

The UVX3D 220 non-contact video extensometer is engineered to deliver unparalleled accuracy and versatility across a wide range of testing applications. Whether you are performing tensile, compressive, flexural, dynamic or torsion strain measurements, the UVX3D 220 is equipped to meet your demands with precision. Additionally, its capability to perform out-of-plane deformations in both axial and transverse measurements opens the door to advanced calculations such as Poisson’s ratio (ASTM E132-17) and the plastic strain ratio (ASTM E517-19). Consequently, this makes it an invaluable tool for complex materials testing.
UVX3D 220 suitable for out-of-plane deformations

Axial from 7.5-70mm gauge length;
Transverse from 6.0-25mm gauge length;

Tinius Olsen introduces Vector a step change in extensometer technology capable of replacing multiple contacting and non-contacting sensors with a single, industry specific instrument.

Integrating adaptive AI capabilities with optical hardware, Vector reduces test throughput times and complexity, automating the process of capturing strain, improving measurement accuracy, data consistency and operator safety.

From 10-50mm gage length, dependent on elongation % within 70mm FOV

Tinius Olsen introduces Vector a step change in extensometer technology capable of replacing multiple contacting and non-contacting sensors with a single, industry specific instrument.

Integrating adaptive AI capabilities with optical hardware, Vector reduces test throughput times and complexity, automating the process of capturing strain, improving measurement accuracy, data consistency and operator safety.

From 25-180mm gage length, dependent on elongation % within 200mm FOV

Tinius Olsen introduces Vector a step change in extensometer technology capable of replacing multiple contacting and non-contacting sensors with a single, industry specific instrument.

Integrating adaptive AI capabilities with optical hardware, Vector reduces test throughput times and complexity, automating the process of capturing strain, improving measurement accuracy, data consistency and operator safety.