Shock Testing

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Importance of Shock Testing

While handling our electronic products in our day to day life, a common problem is being faced by almost all of us and that is making our electronic products experience shocks. These shocks could be due to any physical miss-happening that could be easily encountered by any individual amongst us. Many of us would have faced the common situation of the fall of our mobile phones, I-pods and various other gadgets on the floor. The first thing that strikes to our mind   is, since the product belongs to a brand name in the market so we expect it to maintain this in its quality also.

The technique that makes this functionality comes true is the shock testing. It is the basic test that ensures the quality of the product, there by maintaining its (QOS) Quality of Service. Shock testing is the process to test the fragility of the product. This test also increases the durability of the product for its better usage and as a resultant of which satisfactory services could be delivered to the customer. Shock testing generates a high dynamic force within the unit under test that provides a resistance in adverse situations to the component of the specified product.

 The general requirement for the shock testing includes the electrical, servo-hydraulic systems and for the traditional shock testing, mechanical shock machines were utilized apart from these impact testers and drop testers are also the equipments for the testing purpose.

Basically, shock testing can be broadly categorized into two categories:

Mechanical shock testing

Packaging design testing/Storage shock testing

The packaging design testing/storage shock testing are the testing techniques conducted to handle the damage issue of the components of the product during its storage and transportation.

Thereby, it is always a deal of profit to perform shock testing for a better product and better service.

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All You Need To Know About Shock Testing

Mechanical shock testing and vibration testing is usually known as mechanical shock vibration testing. It is a procedure to simulate a specific case of environmental testing wherein, the prototype under test is conditioned to face rough conditions to confirm whether it can endure the test of periodic or random vibrations at low  Shock testing   a or high level of frequencies during their complete life cycle. Leo.

Previous work as a confirmation towards the security in the usage of the prototype developed. It constitutes a focus region for all the industries which are required in developing products having the potential to present a threat to the users causing irrevocable damages. Some of the manufacturers that use the mechanical  testing procedures includes military services, electronics industries, automotive manufacture, medical equipment manufacturing companies and many more.

Getting accurate test results is important and you must also insure that there is no biased effect favoring a specific mark or its product under development. In parliamentary law to receive an unbiased environmental testing for whatever of the prototypes, it is indicated that you infer 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 far above the ground frequencies. These equipments have to be able to try out a wide range of prototypes coming from different size specifications. It must claim 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 assume a kind of shock profiles, shock levels and pulse durations to get virtually all the possible test cases. Most of these impacts are short lived with instant occurrence and disappear with the same speed as they are presented.

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