| Utilizing a high-quality anti-vibration mount system offers | | | | also directly impact the quality and value of the |
| a number of significant advantages for manufacturers. | | | | products the manufacturer produces. In fact, |
| This is because an anti-vibration mount is designed to | | | | excessive vibration in an industrial environment can |
| protect equipment and the environment from the | | | | cause sensitive equipment and machinery to operate |
| excessive vibrations inherent in most industrial or | | | | at less-than-optimum levels. Unfortunately, even minute |
| manufacturing settings. If left unchecked, these | | | | changes in how certain machinery operates can |
| vibrations can lead to several challenging and | | | | translate into expensive production mistakes. Perhaps |
| expensive issues that can cause the entire operation | | | | more importantly, equipment that is not operating |
| to be less efficient and profitable. Most notably, | | | | correctly could present serious safety issues for |
| unmitigated noise and other vibrations can cause | | | | workers. Excessive vibrations in the environment can |
| extensive and sometimes irreparable damage to | | | | easily throw a piece of equipment off balance and |
| equipment, plant output and human beings. Therefore, | | | | lead to serious or life-threatening injuries and accidents. |
| care must be taken to minimize these effects in order | | | | Therefore, it is imperative that steps be taken to avoid |
| to create a safe and efficient working environment. | | | | these unnecessary and often-avoidable outcomes. |
| Most industrial equipment and machinery consists of a | | | | Perhaps the most important reason to use an |
| variety of moving parts and systems which produce | | | | effective anti-vibration mount system on machinery is |
| friction and vibrations as part of their normal operation. | | | | that excessive noise and vibrations in the environment |
| Over time, the cumulative effects of this can lead to | | | | can cause significant health problems for exposed |
| excessive wear and tear on the equipment in question. | | | | workers. For example, high levels of noise or other |
| Without safeguards like an anti-vibration mount to | | | | uncontrolled vibrations can cause ringing in the ears, |
| offset these effects, the end result could include | | | | profound hearing loss, and severe headaches. In |
| time-consuming and expensive maintenance and | | | | addition, scientific research has demonstrated that |
| repairs, production delays and/or the need to replace | | | | exposure to high levels of unmitigated noise (and the |
| the equipment sooner than expected. Of course, each | | | | vibrations associated with it) can also have a negative |
| of these outcomes carries a high price tag in terms of | | | | impact on the psychological and emotional well-being |
| decreased productivity and higher operating expenses. | | | | of those who work under those conditions. This impact |
| However, the strategic use of anti-vibration mounts | | | | often manifests itself in the form of higher stress |
| could minimize the cumulative effect of excessive | | | | levels, lower employee morale and more frequent time |
| friction and vibration on the system. In this case, a | | | | off work. Therefore, any investment made to mitigate |
| better maintenance strategy at the outset could | | | | this problem can be viewed as an important step |
| translate into much greater cost savings in the long | | | | towards protecting any company's most valuable |
| term. | | | | resource: its employees. |
| Beyond maintenance issues, anti-vibration mounts can | | | | |