Package & Jolt Testing Machine

90 Deg out of phase, that is the cam assembly are 90 degrees out of phase with each other. One end of the table moves 90 degrees out of phase with respect to the other.

In phase vibrations, that is, both the cam assembly is in phase and the tabletop ends moves simultaneously.

The Machine: The machine is rigidly fabricated from mild steel structure. The upper tabletop is suspended for vibration by bearing blocks. The fixed amplitude of 25mm is generated using cam assembly. The frequency of vibration can be varied using the panel box from 2 Hz to 10 Hz. The machine can generate the vibrations in three modes viz.

The vibration test provides means to determine in advance, under standard laboratory conditions, how a filled package will fare in a given distribution system. This test is used to assess the performance of containers only, in terms of its strength and the protection that it provides to the content, when subjected to the vibrations during the transportation.

Normally the transportation is by road, rail, sea and air - in singular or in various combinations of these modes. Due to these the package is subjected to the various vibrations and jolts of varying intensities. It is very difficult to simulate these vibrations in totality, however, the machine is designed to simulate these conditions closely in the laboratory.

The packages (containers) intended for transportation of goods is required to fulfill the primary function of physical protection to the content within it.

The vibration simulator machine is designed to scientifically simulate the vibrations and jolts subjected to various filled containers during the transportation, within the laboratory. The machine is based on the guidelines provided an ASTM D-999, TAPPI T-817-pm, and IS7028 (part II).

The vibration simulator machine is designed to scientifically simulate the vibrations and jolts subjected to various.