Тестовый стенд для вибрации упаковки пищевых продуктов и напитков

Vibration testers are capable of simulating a wide range of specific transportation environments to assess the shock resistance and reliability of products under different transportation conditions. Below are several common simulated transportation environments and their corresponding test methods:

Road transportation environment

Simulation method: Random vibration test and shock vibration test are usually used in combination. Random vibration test simulates the irregular vibration generated when the vehicle is driven under different road conditions, such as smooth driving on highways and bumpy driving on rugged mountain roads. Shock vibration test simulates the sudden impacts that may be encountered by the vehicle in the process of driving, such as emergency braking, collision with the shoulder and other situations.

Application Scenario: It is suitable for all kinds of products that need road transportation, especially large mechanical equipment, electronic products and other vibration-sensitive items.

Railroad transportation environment

Simulation method: mainly through sinusoidal vibration test and random vibration test to simulate. Sinusoidal vibration test is used to simulate the periodic vibration generated when the train runs on the track, such as the regular impact of the train passing through the rail joints. Random vibration test simulates the random vibration generated by the train in operation due to uneven track, vehicle shaking and other factors.

Application Scenario: For precision instruments, electronic products, industrial equipment, etc., which are transported by rail, their stability and safety during rail transportation can be evaluated.

Marine transportation environment

Simulation method: The vibration environment in the marine transportation process is relatively complex, usually using random vibration test and compound vibration test. Random vibration test simulates the irregular shaking and bumping of the ship when sailing in the waves, while the compound vibration test combines sinusoidal and random vibration to more realistically simulate the vibration of the ship under different sea conditions and sailing speeds.

Application Scenario: For large machinery, containerized cargo, precision equipment, etc. exported overseas, marine vibration testing can help assess the durability and reliability of the products during prolonged sea transportation.

Air Transportation Environment

Simulation method: The vibration environment of air transportation is characterized by high frequency and low amplitude, which is mainly simulated by sinusoidal vibration test and random vibration test. Sinusoidal vibration test is used to simulate the fixed frequency vibration generated during take-off, landing and flight, while random vibration test simulates the irregular vibration of the aircraft under complex meteorological conditions such as airflow and turbulence.

Application Scenario: It is suitable for high-value and high-precision products that are in demand for air transportation, such as electronic chips, medical devices, aerospace parts, etc., to ensure their integrity and performance stability during air transportation.

Special transportation environment

Simulation Methods: For some special transportation scenarios, such as battlefield transportation of military equipment, ice and snow road transportation of polar scientific research equipment, etc., it is necessary to combine a variety of test methods for customized simulation. This may include vibration tests at extreme temperatures, shock and vibration tests in special road conditions, etc., in order to comprehensively assess the adaptability and reliability of products in special environments.

Application Scenarios: Mainly for the transportation of products in special areas such as military and scientific research, to ensure that they can still meet the requirements for use under extreme conditions.

Through these vibration tests that simulate the transportation environment, we can provide targeted seismic performance assessment for products in different industries, help enterprises optimize packaging design, improve product structure, reduce the risk of damage during transportation, and improve customer satisfдействие и конкурентоспособность на рынке.