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1901
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Why choose Mecmesin for ergonomic strength testing
Mecmesin’s ergonomic and manual handling testing solutions are engineered for precision, repeatability, and ease of use across industrial and clinical environments.
1902
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Speak to an expert
Ergonomic strength testing plays a vital role in preventing workplace injuries, supporting patient rehabilitation, and meeting regulatory standards. Choosing the right equipment is key to obtaining accurate, actionable results.
1903
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Introduction to extrusion testing
Extrusion testing is an essential method in the food industry for measuring the texture and flow behaviour of semi-solid and visc
1904
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What is extrusion testing?
Extrusion testing involves forcing a food sample through a shaped orifice, grid, or opening while measuring the resistance to movement.
1905
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Applications in the food industry
Extrusion testing supports both product development and quality control for semi-solids and viscous liquids.
Example applications:
1906
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Rheological properties and their role
Rheology, the study of deformation and flow, is central to understanding extrusion behaviour. Key properties measured include:
1907
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Benefits of extrusion testing
Extrusion testing delivers measurable benefits for food production:
1908
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Standards for extrusion testing
Although there are fewer dedicated standards for food extrusion than for plastics or metals, recognised guidelines help ensure repeatability and comparability. Examples include:
1909
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Equipment considerations
Selecting the correct extrusion testing system involves matching the machine’s capabilities to the product type and testing goals. Key considerations include:
1910
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Mecmesin solutions for extrusion testing
Mecmesin offers precision-engineered extrusion testing solutions designed for food texture analysis, built on platforms such as the
1911
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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.
1912
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Introduction to five-point bend testing
The five-point bend test is a specialised method for assessing the mechanical performance of structural panels, particularly their resistance to planar shear forces.
1913
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Understanding ASTM D2718 standards
The ASTM D2718 standard sets out the procedures for conducting planar shear tests on structural panels using the
1914
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Performing a five-point bend test
Specimen preparation
Cut specimens to the standardised dimensions specified in ASTM D2718.
Ensure surfaces are smooth and free from defects that could affect results.<
1915
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Applications in industry
The five-point bend test is an essential tool for quality control and product development in several sectors:
1916
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Comparison with other bending methods
While the five-point bend test is designed to evaluate planar shear, other bending methods address different mechanical behaviours:
1917
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Interpreting results and ensuring accuracy
Accurate results rely on correct setup and consistent procedures:
1918
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Mecmesin solutions for five-point bend testing
Mecmesin provides precision testing systems fully compatible with ASTM D2718, offering accurate and repeatable results for planar shear evaluat
1919
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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.
1920
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Introduction to flat crush test
The flat crush test (FCT) is a recognised method for measuring the resistance of corrugated fibreboard to a compressive load applied perpendicularly to its surface.
1921
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Understanding corrugated cardboard resistance
The compressive resistance of corrugated cardboard depends on factors such as flute profile, board structure, and paper quality.
1922
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Standards and procedures
FCT results must be consistent and comparable, which is why the test is carried out to recognised standards:
1923
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Comparing FCT with CMT
The flat crush test measures the compressive strength of the fluted structure in finished board, taking into account liners and adhesives.