Introducing Vector – the Future of Extensometry

By -

Tinius Olsens’ new VectorExtensometer is real 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.

This groundbreaking technology efficiently addresses practical problems by eliminating the challenges of traditional contacting and non-contacting extensometers by utilising intelligent non-contact, high-accuracy measurement techniques to:

• Increase testing efficiency by reducing the need for operator intervention
• Measure strain through failure, however violent
• Measure simultaneously longitudinally and transverse
• Test in harsh environments or challenging light conditions
• Test highly fragile specimens
• Avoid introducing stress concentrations, such as damage from knife-edge contact
• Improve test success rate by eliminating contact-point slippage
• Eliminate the cost of consumable parts
• On larger test frames, locate below the moving member used to apply the test force               
        viewing the test specimen across the test zone

Simple, Reliable Operation

Vector is delivered pre-configured, simply plug in, power up and go! 

Both instrument setup and changes to accommodate varying gauge lengths, sizes and profile test specimens are eliminated, whilst a range of automation features such as specimen and gauge length detection simplify the operator interaction and improve test reliability.

It’s stereoscopic sensing detects machine or specimen misalignment and negates out-of-plane errors, with the on-board processing delivering seamless and simple integration and, eliminating all external control platforms.

Clear and simple visual status feedback and laser alignment guides, reduce operator training requirements and significantly improve test throughput.

Advanced Functionality

By automating specimen detection, Vector speeds up and simplifies test throughput and, by supporting multiple gauge lengths, removes the need for multiple, traditional sensors.

A large working optical volume also provides a forgiving operating envelope, making Vector suitable for use on almost any test frame.

Onboard AI enables truly zero touch operation, with dynamic response to different specimen appearance and behaviour as well as switching seamlessly between test and validation mode.
Vector’s smart design means there is no need to alter the setup for specimens of different sizes, shapes and thicknesses.

Full integration into UTM control software removes the need for an external interface and simplifies the user experience.




For further information contact Richard Coombs at richard.coombs@tiniusolsen.co.uk

Comments

Post a Comment

Popular posts from this blog

Grip Jaw Face Solution for Tensile Specimens Cut from Pipe

By -
Image
When conducting tensile tests on sections cut from pipes, be it plastic gas or water pipes or steel pipes, the resulting test specimen dumbbell or “coupon” shape (dimensions of which are defined by the relevant test standard be it ISO, ATSM, GB, GOST etc) exhibits the curve of the pipe, this means it cannot generally be held for the duration of the tensile test using flat parallel grip faces as the curvature of the specimen prevents a good amount of contact between the specimen and the grip faces. The solution is a grip face which mirrors the profile of the curve in the pipe (dumbbell or coupon specimen) a V on one side and radius on the other;   At Tinius Olsen we are able to precisely manufacture and supply such faces to mirror the radius of any curved specimen and implement in our tensile wedge action grips. The faces typically have a 2 mm pitch serration and hardened to 60RC in support of good specimen gripping. The faces are interchangeable for diff...
Read more

S274 - Mesh Weld Shear Test

By -
Image
This attachment is used to test the strength of the welds that hold mesh together. The mesh is often used as a reinforcement for concrete structures. as this is a structural component it is essential to test the consistency of the weld in any given section. A joint is cut from the mesh and placed in this attachment. A grip, the HW 14 is then placed on the end of the rod. a force of up to 50 kN is then applied and the shear strength of the weld measured. There is some adjustment in the design with a sliding plate that allows for different gauges of wire. The applicable standards are: BS4483, ASTM A185, ASTM A497 and ASTM A974. The testing application note for this grip is available from the resource area of our School of testing microsite or by clicking here .
Read more

Tinius Olsen Universal Testing Machine

By -
Image
Tinius Olsen H300KU with Horizon Software   Metals, Plastics, Composites all can be thoroughly tested and analysed on this triple camera extensometer Tinius Olsen work station– This is a truly a UNIVERSAL TESTING MACHINE from Tinius Olsen; 300K-U, 300kN load cell, 1000 degree C  furnace, -70 to 300 degree C chamber, 3 camera video extensometer system (cameras can be used together or individually), tie rods for threaded specimens, hydraulic tensile wedge grips, compression platens, flex bend attachment and Horizon touch enabled materials testing software. All the key parts and accessories are easily handled in and out of the test area using TO’s new accessory handling system – so all accessories are stored on the handling system ready to be simply pushed into place by the operator. Tinius Olsen Video Extensometer with zoomed in Furnace Tinius Olsen H300KU with Furnace Tinius Olsen Tensile Wedge Grip with Video Extensometer Tinius Olsen H300KU with Furnace ...
Read more