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Mechanical shock testing and vibration testing is commonly known as mechanical shock vibration testing. It is a process to simulate a specific type of environmental testing wherein, the prototype under test is conditioned to face harsh conditions to confirm whether it can stand the test of periodic or random vibrations at low or high level of frequencies during their complete life cycle. Vibration Testing approvals work as a confirmation towards the security in the usage of the prototype developed. It forms a focus area for all the industries which are involved in developing products having the potential to pose a threat to the users causing irrevocable damages. Some of the industries that employ the mechanical shock testing procedures includes military services, electronics industries, automotive industry, medical equipments manufacturing companies and many more. Getting accurate test results is important and you must also ensure that there is no biased affect favouring a specific brand or its product under development. In order to have an unbiased environmental testing to any of the prototypes, it is suggested that you understand the complete testing process offered before outsourcing any mechanical shock testing process. The test laboratory must have all the testing equipments that would be needed to replicate the real situation in simulating the low and high frequencies. These equipments must be able to test a wide range of prototypes coming from different size specifications. It must take into account almost each and every event that the product has to face during its complete life cycle. The laboratory will must be able to simulate a variety of shock profiles, shock levels and pulse durations to generate almost all the test cases possible. Most of these shocks are short lived with instant occurrence and disappear with the same speed as they are introduced. There are several factors responsible for accurate and realistic testing reports. Your product is most important and a detailed description defining its dimensions, weight, sample size and the environment in which it will be used will help the testing laboratory to go ahead with your testing requirement. If there are any other component that will be used with the main product then supplying the part itself or at least its detail is important. Several testing specifications have laid down by the industry itself in terms of standards to be followed in the same trade but a confirmation from your end would be beneficial. You must also ensure that the laboratory is accredited as per the guidelines of the international standards. for more information please visit here: Mechanical Shock Testing and Environmental Testing.
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environmental testing, vibration testing, shaker testing, seismic testing, load and fatigue testing, shock testing, mechanical shock testing, strain a,
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