Search results
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Best practice and future trends
Maintaining accuracy
Calibrate to ISO 6789 or Mecmesin protocols
Use in controlled environments
Validate with certified torque standards
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Speak to an Expert
For specialist advice on four-point bend testing—including test setup, standard compliance, and equipment selection—contact Mecmesin’s technical support team.
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Accuracy and repeatability
Achieve a level of accuracy and repeatability that cannot be achieved by manual testers. Reduce your testing time and increase your throughput when performing batch tests.
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Speak to an expert
If you need to improve product consistency, optimise processing conditions, or validate your quality control methods, Mecmesin’s technical specialists can help.
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Speak to an expert
For advice on implementing five-point bend testing in your laboratory or production process, contact Mecmesin’s technical team.
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Emerging standards and future developments
Mechanical torque testing continues to evolve alongside changes in manufacturing and material science. Key developments include:
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Testing equipment and procedures
Compression testers with parallel platens apply controlled loads at specified rates.
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Case studies and examples
In timber engineering, laminated beam testing revealed that one adhesive consistently produced substrate failures, showing a stronger bond than the timber itself.
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Speak to an expert
Need help selecting the right test method or equipment for your material? Mecmesin specialists are available to advise on setting up effective bulk analysis routines.
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We're here to help you
Our team of technical engineers, along with our global network of expert partners, will help you get started and show you how to configure routines to your exact testing requirements.
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Speak to an expert
Speak to an expert at Mecmesin about your tear resistance testing requirements, from selecting the correct wing tear method to configuring equipment for
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Types of torque testing equipment
Whether you're validating production output or designing closures in R&D, Mecmesin offers systems to suit every environment.
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What is a universal testing machine?
To assess the quality of a finished product or component, it is often necessary to conduct multiple force tests.
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Technological advancements
Modern Mecmesin systems combine motorised precision with advanced software control.
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Case studies and real-world examples
Mecmesin’s systems have been used across a range of industrial applications:
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Importance of peel testing in industry
Peel testing is vital in industries where bonding performance affects safety, function, and compliance. Typical applications include:
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Speak to an expert
To discuss your reverse ratchet torque testing requirements and find the most suitable Mecmesin solution for your application, speak to one of our technical experts today.
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Typical values of Young’s modulus:
Steel: ~200 GPa
Aluminium: ~70 GPa
PET (Polymer): ~2–3 GPa
Rubber: ~0.01–0.1 GPa
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Speak to an Expert
Contact our technical team to discuss your running torque testing requirements and find the right Mecmesin solution for your application.
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Speak to an expert
Strain at maximum stress testing gives engineers the insight needed to design safer, more efficient products and ensure compliance with international standards.
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Speak to an expert
If you need advice on peel wheel testing for compliance, product development, or quality assurance, Mecmesin’s technical specialists can help you choose the right equipment and fixtures
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Speak to an expert
For engineers, quality managers, and researchers developing or refining compressive strength testing programmes, Mecmesin offers consultation,
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Applications of torque testing in packaging
Food and beverage: PET bottles, screw-top jars
Pharmaceutical: Child-resistant packaging, blister packs
Personal care: Tubes, pump dispensers
Chemical produc
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Speak to an expert
Torque testing is a critical part of packaging quality control, ensuring safety, compliance and brand integrity.
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Introduction to ball burst strength testing
Ball burst testing measures the resistance of a material to rupture under localised force using a hemispherical probe.