Mechanical Testing Solutions
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Wide range of high-quality Shock/Bump Test Systems designed to meet the requirements of endurance testing and offer superior performance as well as reliability.
A bump test machine is intended to simulate the effects of repetitive shocks likely to be experienced by components when they are transported in a vehicle from one place to another place or installed for its application on a moving vehicle or platform. The tests can be performed in accordance with worldwide standards such as IS, BS, MIL, DIN, EN, ISO, IEC, DEF & ASTM.
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A Shock Response Spectrum (SRS) is a graphical presentation of a transient acceleration pulse’s potential to damage a structure. The horizontal axis shows the natural frequency of a hypothetical Single Degree Of Freedom (SDOF), and the vertical axis shows the peak acceleration which this SDOF would undergo as a consequence of the shock input.
A shock response spectrum is a useful tool for estimating the damage potential of a shock pulse, as well as for test level specification.
The shock response spectrum is a calculated function based on the acceleration time history. It applies an acceleration time history as an excitation to an array of single-degree-of-freedom (SDOF) systems. Each system is assumed to have no mass-loading effect on the base input.
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Transportation simulation testing involves the application or simulation of environments found in the transport of goods and equipment. These environments may include vibration, drop or shock, temperature, loose cargo or bounce, as well as other dynamic or climatic environments.
Products and equipment are usually tested in the “shipping” configuration which means they would be packed in the default shipping container or transit case during the test. However, some items may also be tested in an unpacked state if there is an expectation that they might frequently be transported in that manner. Tests are performed not only to test the effects of transport on the product itself but also to test the adequacy of shipping container design and the interaction between product and container during shipping. There are a number of possible modes of transport for any given item subject to shipping.
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Motion simulation provides complete, quantitative information about the kinematics—including position, velocity, and acceleration, and the dynamics— including joint reactions, inertial forces, and power requirements, of all the components of a moving mechanism.
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Constant Acceleration Tester is used to evaluate when components, equipment, and other electrical and electronic products are subjected to a constant acceleration environment (except gravity), whether the structure adaptability and performance are good, and obtain the units electrical parameters.
Good repeatability, easy adjustment, safety, and environmental protection. It is mainly applied in the industries of aerospace, aviation, and ships.
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Drop test is performed to determine the ability of a package to endure the impacts occur in the process of transportation. During the products handling or transport process, drop or fall often happens, which results in damage within the products. Drop Test Machine simulates the drop/ fall of carton or finished product, which enable the researcher to assess the damage occur in any accidental fall. Drop test can be performed to all the angles and faces of the products in accordance to international standards.
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Electro-hydraulic vibration table is the abbreviation of electronic hydraulic vibration table. Electro-hydraulic servo vibration has the advantages of fast response speed, high anti-load rigidity, flexible control mode, etc. Its exciting force can reach hundreds of thousands of newtons, and large displacement amplitudes can be obtained, and the maximum displacement can reach more than 2 meters. The structure is small but firm, and is able to withstand horizontal load.
Electro-hydraulic servo vibration is a control system that uses hydraulic power components as actuators, according to the principle of closed-loop feedback, which makes the output of the system track a given signal, and can transform and amplify the input.
It is suitable for testing all kinds of products in aviation, marine, automotive, earthquake and other industries.
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If you’re designing the packaging for a new product or a rebranding, you probably want to know how safe your goods will be and how customers will react to your packaging before you invest in a final design. With packaging testing, you can both satisfy consumer sentiment and choose the right packaging design for your product from the safety point of view.