One of the missions for materials scientists is to deliver more efficient processes of developing lighter, stronger and more long-lasting materials.
Testing the physical strength properties of materials, in accordance with international or in-house standards, is a key part of determining their characteristics to better understand the effects of process improvements.
After all, if a material used in a product is defective, then the product itself may be defective.
With this in mind, Mecmesin has designed a range of static-load Materials Testers powered by intuitive VectorPro™ MT software.
It meets the challenge of being versatile yet easy-to-use with minimal operator training and it’s guaranteed not to break your budget.
Mecmesin Materials Testers lend themselves perfectly to the most common tensile and compressive tests on materials as diverse as rubbers, plastics, woods, metals, fabrics, composites and geomaterials.
Whether it be for incoming Quality Assurance, R&D or Quality Control purposes you can rely on them to accurately and reliably measure the strength of your materials – all backed up by a global distribution network to support you wherever you may be testing.
Quality Control
Research & Development
Production
0 - 50 kN
±0.5%
Software controlled
Yes
Advanced
0 - 7.5 kN
±0.5%
Software controlled
Yes
Advanced
0 - 2.5 kN
±0.5%
Software controlled
Yes
Advanced
A versatile and easy to use materials tester, the twin-column OmniTest is available in 10 kN, 25 kN and 50 kN capacities.
Controlled by VectorPro MT, Mecmesin's newly developed materials testing software designed for use in QC and R&D laboratories.
Lower capacity models of 5 kN and 7.5 kN are available in the OmniTest single-column range.
A versatile and easy-to-use materials tester, the single-column OmniTest is available in 5 kN and 7.5 kN capacities.
Controlled by VectorPro MT, Mecmesin's newly developed materials testing software designed for use in QC and R&D laboratories.
Higher capacities of
The Mecmesin MEC-FD3 Falling Dart Impact Tester is designed to measure the impact resistance or toughness of plastic films in compliance with ASTM D1709 and ISO 7765 free-falling dart Test Methods A and B.
The machine is supplied with all the relevant weights and darts required to perform the Test Methods.
The sample clamp and dart drop are pneumatically-operated for optimum test reproducibility.
The tester is small enough to conveniently stand on a desktop or laboratory bench.
The Mecmesin MEC-FD2 Falling Dart Impact Tester is designed to measure the impact resistance or toughness of plastic films in compliance with ASTM D1709 and ISO 7765 free-falling dart Test Method A.
The machine is supplied with all the relevant weights and darts required to perform the Test Method.
The sample clamp and dart drop are pneumatically-operated for optimum test reproducibility.
The tester is small enough to conveniently stand on a desktop or laboratory bench.
The Mecmesin MEC-FD1 Falling Dart Impact Tester is designed to measure the impact resistance or toughness of plastic films in compliance with ASTM D1709 and ISO 7765 free-falling dart Test Method A.
The machine is supplied with all the relevant weights and darts required to perform the Test Method.
The sample clamp and dart drop are manually-operated for ease of use.
The tester is small enough to conveniently stand on a desktop or laboratory bench.
The Mecmesin MEC-FD Falling Dart Impact Tester range is designed to measure the impact resistance or toughness of plastic films in compliance with ASTM D1709 and ISO 7765-1 free-falling dart Methods A and B.
Dart and weight accessories required to perform these test standards—or equivalents such as BS 2782—are included.
Benchtop fixing brackets and a safety guard are also supplied and there is a choice of versions with pneumatic or manual operation.
The MultiTest-dV configured with an Enhanced Load Sensor, VectorPro MT software and an optional extensometer, transforms this motorised force tester into a basic materials tester.
This makes the MultiTest-dV the ideal choice for quality assurance checks in the QC lab and gives it the power necessary for more in-depth analysis of material properties in the R&D laboratory.
