A small fatigue testing machine designed to evaluate the lifespan of products such as cars and smartphones that use plastic, and to observe the changes the materials undergo.
High-performance polymers are used in various applications such as automobiles, airplanes, smartphones, and PCs, and their market size continues to expand. However, there have been few devices capable of observing the fatigue state of polymers at low frequencies (1Hz and below) in a compact form. In response, AcroEdge has released a device that can conduct repeated fatigue testing. The newly launched AcroEdge fatigue testing machine allows for continuous and long-term testing. It is a product that will be useful for quality assurance of various components, which is expected to be increasingly demanded in the future.
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basic information
In the automotive industry and others, there is an increasing use of products that heavily utilize plastics. As a result, the necessity for durability testing has become paramount, leading to a demand for compact and easy-to-use fatigue testing machines. In response, AcroEdge has launched a device capable of conducting repetitive fatigue tests. Syclus is a small fatigue testing machine developed for use with a wide range of materials, including fibers and films. It aims to evaluate product lifespan and observe changes in materials, allowing for the acquisition of information regarding quality consistency and defect locations by measuring multiple samples. The measurement concept involves conducting continuous long-term tests, during which the material gradually weakens and eventually fails. Syclus monitors the stress responses that fluctuate due to these changes. Sufficient load cycles can reveal fatigue such as shallow cracks, elongation, and inelastic deformation on the material's surface.
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Applications/Examples of results
It is suitable for testing plastics used in the automotive industry, as well as in parts for airplanes, smartphones, and PCs.
Company information
Since starting my own business in 1982, I have developed and manufactured various precision measuring instruments, including automatic viscometers, quantitative dispensing devices, fluorescent sensors, serum measurement devices, small tensile testing machines, and stretching machines. I have also established a rapid response system for high-difficulty special development requests from major chemical manufacturers and national university research institutions. While there are also requests for mass production and consumer-oriented manufacturing, I am dedicated to developing and producing products that can only be made by our company. Of course, I strive to adapt to various environmental changes and continuously pursue self-improvement in cutting-edge science and technology.
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