When Science Daily recently addressed the matter of vibration control, it mentioned an application that is not mentioned all that often. Specifically, your website highlighted electron scanning microscopes, pointing out that since they are extremely sensitive, “even subtle movements going on around them make a difference their accuracy.”
Obviously, vibration can pose a critical problem for these microscopes, intensifying the necessity for vibration control. “Vibration control tables already exist to dampen these sometimes barely perceptible disturbances. But now a brand new type of isolation platform for the very first time integrates sensors and actuators to the mount,” the science journal reported.
If something as sensitive being an electron microscope may be perfected through vibration control mounts, imagine the benefits such mounts can offer to less sensitive applications. The Vibro-Isolator type of products encompasses sets from compression, low frequency ring, square and cylindrical mounts to insulator pads, continuous strips bumpers and feet, grommets and tapered plugs to manage vibration wherever it happens to be always a problem.
Some of those areas is the heavy tool industry. Concrete hammers specifically experience a severe quantity of vibration. As Tooling Online reported in March, a new Rotary Hammer has been introduced “that’s 45% less vibration and 20% more impact energy compared to the previous model.” It is “engineered with enhanced Anti-Vibration Technology (AVT), a synchronized three-component system for considerably less vibration.” This vibration control is achieved partly through the use of “an Integrated Damper Spring Vibration Control at the foot of the impact bolt,” which absorbs “impact vibrations from the drill bit.”
This absorption capability is one of the hallmarks of the Vibro-Isolator class of items. Vibro-Isolator anti-vibration mounts and other vibration control goods are constructed of natural rubber. It’s this material that allows the mounts to absorb the vibration or impact of something as erratic as a concrete hammer. But that rubber is reinforced by stainless steel components for long-lasting durability. As an advantage, vibration control elements also dampen noise and absorb shock, which is often concomitant problems along side vibration.
Yahoo! News highlighted this soundproofing ability in an April Live Science feature. “Air conditioners, cars and other machinery may soon be free from vibrations and thus much quieter than they are now,” this article stated. Although the content featured a new technology that is in the works, Vibro-Isolators have already been effectively controlling vibration in all these applications. Actually, consumers can thank vibration control mounts and such for quieter cooling, less noisy rides and a decreased quantity of sound pollution.
And that is not absolutely all individuals have to thank Vibro-Isolator vibration control items for. The EE Times Europe recently covered just this type of topic in articles titled “Smart vibration damping improves comfort, reduces weight.” Therein, roadsters and convertibles were singled out as vehicles which are particularly “vulnerable to torsional vibrations” thanks with their lack of solid roof construction. “To help make the body more rigid and to lessen the vibrations, carmakers frequently use additional stiffenings alongside passive vibration absorbers.” Vibro-Isolators attempt absorbency without adding an excessive amount of extra bulk to the vehicle.