Mechanical Shock Test System

Product Description

Mechanical Shock Test System we present is a fully automatic pneumatic lifting vertical shock test equipment, utilized for determining and measuring the impact resistance of various products or packaging, as well as assess the structural integrity and functional reliability of the test product in a shock atmosphere. It performs different conventional classic shock tests for releasing the shock energy and shock wave that the product is subjected to in the real environment, due to which making the system or optimization to the structure of the product better. Besides, Mechanical Shock Test System has novel design with high degree of automation, easy operation and simple maintenance.

Specification:

FAQ 

1. A mechanical shock test system is what, exactly?

Ans - A piece of equipment called a mechanical shock test system is used to mimic mechanical shock events, like those that occur during earthquakes or when moving goods. It is used to assess the structural integrity of goods and parts and make sure they can sustain shock forces.

2. What is the operation of a mechanical shock test system?

Ans - A shaker table, which is a platform that vibrates to imitate the shock event, is often the core of a mechanical shock test system. The product or component is fastened to the shaker table and exposed to the shock event's forces in a controlled environment.

3. What kind of goods and parts can be put to the test using a mechanical shock test system?

Ans - Electronic gadgets, electrical equipment, medical devices, and automobile parts are just a few of the things that can be tested with a mechanical shock test system.

4. What kinds of stress events can a mechanical shock test system simulate?

Ans - To simulate different shock events, such as drop testing, seismic events, and vibration tests, mechanical shock test devices can be employed.

5. What different kinds of information can be gathered from a mechanical shock test system?

Ans - Readings for acceleration, displacement, and velocity can be obtained via a mechanical shock test equipment. This information can be used to assess the component or product's integrity and shock resistance.