Vibrating Tables: A Guide
Vibrating tables are a type of table designed to facilitate the movement of solids via vibration. They have numerous uses across a broad spectrum of industries, from food processing and chemical manufacturing to pharmaceuticals and metalworking. This article examines the different ways vibrating tables can be deployed.
When you are developing a new product, vibrating tables can test the durability of the product in different environments. For example, by placing a product on a vibrating table and vibrating it at different rates, you can simulate how the product would behave in various conditions. Rapid vibration also allows you to establish the level of wear and tear a product may experience over a longer duration of time over a much shorter period.
These machines can be used to test the strength of packaging. The machine can be programmed to vibrate at varying degrees and for different periods. Afterwards, the product is examined for signs of wear and tear. Doing this allows product engineers to simulate different types of abuse a package might experience by subjecting it to those stresses in a controlled environment. Doing so allows food producers to determine how their products will react in real-world conditions before they are shipped out and allows them to address any issues with their product's packaging before it becomes an issue on shelves.
Vibrating tables are often used to compact products before they're shipped to customers. For example, a vibrating table can be used to force a hexagonal nut into a square hole at the top of a box. Since this box will move up and down consistently with the vibrations, it will create consistent pressure across the entire width of the product. This allows for a more efficient packing process, which can result in more economical packaging and shipping.
At pharmaceutical plants, vibrating tables are used to test pills that have been tablets or capsules. For example, an enteric coating that delivers a drug (such as a pill or capsule) to the stomach can be tested for its properties. By exposing it to vibrations, you can determine the rate at which the coating is broken down and how long it takes for the contents of a pill to pass through. This allows manufacturers to produce tablets and capsules that disintegrate quickly and release their contents more efficiently.
If you would like more info, you should contact a company that supplies vibrating tables.