Mecmesin | Search results

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The Mecmesin Myometer is a highly accurate instrument suited to a wide range of muscle strength evaluations and ergonomic testing. Developed in partnership with medical professionals, this dedicated instrument is able to perform more consistent fixed-…

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As a company, we want to take an active role in equipping the up-and-coming leaders of the US technical industry. That is why we work with technical programs to build this next generation of technical students.

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Analysis and interpretation of results

Interpreting shear failure characteristics Post-test examination of the bonded joint provides valuable insight into adhesive performance:

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Industry applications of flexural testing

Plastics and thermoplastics Flexural testing reveals the stiffness, yield point, and failure mode of plastics, informing mate

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Speak to an Expert

Chord modulus testing is a core technique for evaluating stiffness in a wide range of materials, from advanced composites to everyday packaging films.

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Benefits and limitations of compressive shear testing

Advantages High precision - accurate measurement of shear strength under controlled compression <

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Plastic components and sub-assemblies

The successful design and production of plastic components requires careful attention to be paid to many elements. The choice of plastic material depends on the desired performance characteristics - will parts be under constant load?

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Specialised testing techniques

Application areas Cantilever bend and anchorage strength tests can be adapted for niche applications, including:

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Mecmesin equipment for tension testing

Precision and flexibility Mecmesin offers a wide range of systems for tension testing, from the manually operated MultiTest-dV for low-volume or field te

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Evaluating mechanical properties

Flexural tests yield valuable data on strength, stiffness, and toughness. By examining stress-strain curves from flexural tests, engineers can assess:

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Types of calculations handled

Mecmesin’s VectorPro software supports a wide range of test calculations, automatically derived from mechanical testing data:

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Interpreting compressive strength test results

Interpreting results involves more than noting the peak load. Stress–strain curves reveal additional information such as modulus, yield point, and failure mode.

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Why Mecmesin for compressibility and recovery testing

Precision systems for all materials Mecmesin systems test everything from soft foams and elastomers to rigid gasket composites.

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Analysing shear failure

Shear failure analysis identifies how a bond fails and gives insight into service performance:

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Simplify data analysis in force, materials and torque testing

Test calculations are the values derived from raw measurement data, such as peak force, torque angle, or modulus of elasticity. With advanced software, these are now calculated instantly and with high precision, replacing error-prone manual methods.

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Mecmesin equipment for compressive strength testing

Precision solutions for measuring ultimate compressive strength Mecmesin’s OmniTest and

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Speak to an Expert

Compressive modulus testing is essential for confirming stiffness, durability, and compliance in materials used across construction, aeros

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Fruits and vegetables

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Testing methods for different materials

Rubber and elastomers Rubber and elastomers are valued for their flexibility and resilience.

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Introduction to flexural testing

Flexural testing is a core method in materials science, used to evaluate how materials perform when subjected to bending stresses.

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Applications and benefits of shear testing

Shear testing is used across a wide range of food products, including meats, dairy products, plant-based foods,

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Why Mecmesin for breakaway torque testing?

Mecmesin offers an unmatched combination of reliability, support, and industry insight:

Search results

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Analysis and interpretation of results

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Industry applications of flexural testing

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Speak to an Expert

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Benefits and limitations of compressive shear testing

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Specialised testing techniques

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Mecmesin equipment for tension testing

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Evaluating mechanical properties

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Types of calculations handled

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Interpreting compressive strength test results

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Why Mecmesin for compressibility and recovery testing

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Analysing shear failure

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Simplify data analysis in force, materials and torque testing

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Mecmesin equipment for compressive strength testing

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Speak to an Expert

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Testing methods for different materials

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Introduction to flexural testing

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Applications and benefits of shear testing

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Why Mecmesin for breakaway torque testing?

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