Search results
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Universal Testing Machines
Our universal testing machines (UTM) are capable of performing a range of tests, including tensile and compression tests, following international and industry-specific standards.
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Software
VectorPro™ testing software is at the heart of our VortexPro and HelixaPro torque testing systems.
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Mecmesin specialises in test equipment for static force measurement
Static force measurement is increasingly used by manufacturers as a quality-control method to comply with industry standards. It ensures the proper functioning of components and serves to record their safety and fitness for purpose.
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Extensometry
When testing the extension or compressive deformation of a specimen it is often acceptable to measure the movement of the loadcell and grips, as defined by the crosshead distance travelled (known as 'Grip Separation').
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Loadcells
The OmniTest UTMs take advantage of Mecmesin's range of high-resolution Enhanced Load Sensors (ELS) to precisely record tensile and compressive loads.
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Our Material Testing Machines & Systems
Need repeatable, high accuracy data without breaking your budget?
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Software
VectorPro delivers outstanding control of the motor, whilst simultaneously collecting data at 1000 Hz from the ELS loadcell and the displacement encoder of the frame.
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ELS 10 N
The Enhanced Load Sensor (ELS) comprises a sturdy dovetailed-mounting box with an internal loadcell complete with small fixing thread and occupies minimal space.
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ELS-S 100 N
The Enhanced Load Sensor (ELS-S) comprises a sturdy dovetailed-mounting box with an external S-beam loadcell beneath, providing a secure connection for large, heavy grips and fixtures.
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ETS 0.2 N.m
Designed for use with both the HelixaPro and VortexPro torque testers, the Enhanced Torque Sensor (ETS) is easily mounted to the sensor carriage to minimise the set-up time for testing.
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Share and analyse data
All test data can be automatically exported in a format of your choice, from text files and tabulated formats, to Microsoft Excel and email. Data can be exported directly through RS-232 for data-analysis packages.
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Key software features
Key features
Design
Intuitive icon-driven interface and workspace
Advanced 'drag and drop' test
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Key software features
Design
Intuitive icon-driven interface and workspace
Advanced 'drag and drop' test routine builder
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Testing equipment from Mecmesin
At Mecmesin, we are a global provider of advanced force, torque and materials testing equipment, designed and manufactured to deliver precise, repeatable data for product development, quality control and regulatory compliance.
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Grips and fixtures
Holding your test specimen in place without it slipping is essential to obtaining repeatable results.
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Force Testing Instruments & Measurement Devices
Force testing is a way of determining how an object will react when it is subjected to tensile or compressive loads - either during its normal operation or when being pulled/pushed until it deliberately fails or breaks.
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Grips and fixtures
Holding your test specimen in place without it slipping is essential to obtaining repeatable results.
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Real-world testing: Proven performance in action
"We have used Mecmesin equipment for a number of years to perform compression and tension tests on helical springs intended for use in our respiratory drug delivery devices.
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Test frame
The single-column OmniTest is available in 5 models with load capacities from 0.5 kN to 7.5 kN. They feature a precision ballscrew that drives a moving crosshead fitted with an ELS loadcell.
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Mecmesin’s range of static-load materials testers, powered by VectorPro™ MT software, offers a practical and flexible solu
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Loadcells
The OmniTest UTMs take advantage of Mecmesin's range of high-resolution Enhanced Load Sensors (ELS) to precisely record tensile and compressive loads.
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ELS 5 N
The Enhanced Load Sensor (ELS) comprises a sturdy dovetailed-mounting box with an internal loadcell complete with small fixing thread and occupies minimal space.
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Overview
Mecmesin developed SqueezerPro to assess the performance of unit loads, individual packages, components, and materials under compressive loads.