What is a Noise-Diffusing Exhaust Manifold and How Does it Work?
A noise-diffusing exhaust manifold suppresses sound through noise-canceling features. It uses technology to push the machine’s exhaust back through grates that redirect noise while releasing the exhaust. This prevents back pressure, preventing additional noise in the process. The result is a quiet cleaning machine, which offers all sorts of benefits, including the following:
Reduced Stress
Background noise can negatively impact mood, stress, concentration, and happiness. It can also worsen mental health issues, ultimately negatively affecting physical health. Daytime background noise can even interfere with sleep patterns and lead to maladaptive coping habits, such as smoking, drinking, or using other substances. Reducing noise, on the other hand, reduces stress.
More Productivity
Background noise impacts work productivity and employee performance, particularly in highly cognitive environments that require calculations, concept-heavy work, rapid-speed work, and the use of short-term memory. Reducing background noise helps employees function at the highest level possible.
Improved Focus While On the Job
Noise is the most potent factor in interfering with an employee’s focus on the job. Loud cleaning machines draw attention away from the work and interrupt flow. Once the flow is interrupted, it can take workers around 23 minutes to reset and get back on task. Fewer interruptions mean less wasted time.
More Efficient Machines
Quieter machines are more efficient, extending the machine’s life and reducing overall running costs. These cheaper costs, in addition to more productivity, fewer healthcare claims, and lower worker’s comp premiums, save you a good chunk of money in the long run.
Mosquito offers innovative backpack vacuums, spotters, and extractors designed to be efficient, ergonomic, powerful, and lightweight. We strive to increase your workplace productivity, keep you safe, and keep your spaces clean while delivering a low cost of ownership. Contact us to learn more.