Vibration simulation offers an efficient and cost-effective method to identify potential damage caused by repetitive movements in vehicles. Within a few hours, it can reveal areas where packages or products might incur damage due to vibration.

A Vibration Table is a reliable tool for assessing the roadworthiness of packages. It simulates the vibrations and jolts that packages and products endure during handling and transportation. By replicating the damage caused by repetitive movements, the Vibration Table allows users to set frequency and duration, and then visually inspect the damage after testing.

This high-quality vibration testing machine is designed to meet industrial standards such as ASTM D-999, TAPPI T-817-pm, and IS7028 (Part II). Packaging manufacturers can use this lab instrument to easily test material quality against vibrations and protect the contents within.

The Vibration Table is designed to assess the sturdiness and durability of packages under vibration stress. Manufacturers across various industries utilise this high-quality testing instrument to ensure their packages are transport-worthy.

Uses of a Vibration Table

Vibration tables are extremely useful in manufacturing facilities. They are employed to settle, densify, and compact dry bulk materials, as well as to release air bubbles from concrete or other liquid materials.

Frequency of a Vibration Table

Vibration Tables can feature variable displacement up to a maximum of 30mm, adjustable in real-time using electronic controls. The frequency can also be varied between 0 and 200Hz, depending on the specifications.

Components of a Vibration Table

Often referred to as a concrete vibrating platform, a vibrating table is primarily composed of a table top, chassis, vibrator, and springs.

Effectiveness of Vibration Tables

Whole-body vibration machines have been found in some studies to offer several health benefits, such as aiding in weight loss and muscle building. However, more research is needed to understand their effectiveness compared to traditional exercises.

Categories

Biogeotechnical Engineering

Keywords

Environmental Guidelines