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The all-in-one solution for monitoring and reporting vibrations
Vibration monitoring for construction and buildings
A reliable supplier of high-quality vibration analysis equipment
Construction work and large infrastructure projects often produce a considerable amount of vibrations. To measure the impact that vibrations have on structures and the people that work or reside in those buildings, the right measuring equipment is indispensable. This is where we come in. Omnidots is the primary supplier of innovative, efficient and state-of-the-art sensor systems for vibration monitoring. From small-time construction work to large-scale infrastructure projects, our vibration analysis equipment will surely fit your needs.
And it gets even better. Omnidots is the only supplier that offers a fully automated and integrated solution for construction and monitoring building vibrations. Measuring, analyzing and reporting vibrations in the fields of construction and infrastructure becomes a piece of cake if you do it the Omnidots way!
SWARM vibration monitor
The SWARM vibration monitor is the most efficient and qualitative SBR/DIN vibration monitor available. The installation of the SWARM vibration monitor is unprecedented, quick and easy. Even without prior knowledge, you can install the SWARM within two minutes, as seen in this video. After the installation of the SWARM, your next step is to add the measuring points to the Honeycomb web platform. There you can see your measurement data 24/7, from all over the world on your computer, smartphone or tablet.
Want to learn more about the SWARM vibration monitor?
Honeycomb webplatform
The Honeycomb web platform allows you to access your measuring data and SWARM settings 24/7, from all over the world and on all of your devices. But that's not all. Honeycomb has much more features. Click the button below to get your free demo account and to take a look at Honeycomb. If you have any questions during your visit on Honeycomb, please use the chat box below, and our engineers can help you right away.
Experiences of our customers
TAUW, Netherlands | Harald Dickhof
Ideal for vibration monitoring
We use the SWARM amongst other things for vibration monitoring in sewerage work. This works perfectly for us, because we can analyse the measurements from the office.
StabiAlert | Reinier Brongers
StabiAlert system in combination with Omnidots
“Buildings, bridges, dikes and tunnels are objects that we must be able to rely 100% on. In case there is something wrong, we want to know as soon as possible. We use our StabiAlert system for this. In addition, we combine our system with the Omnidots...
EEMC Monitors | Jenny Krailing
Robust and quality products
EEMC Monitors are a UK distributor for Omnidots and provide cutting edge monitoring & measurement solutions to the environmental and engineering profession. “The EEMC-Monitors team has vast experience within the Environmental and I&M monitoring sectors, working with con...
Why vibration monitoring for construction and buildings is so important
Vibrations are the oscillatory motions that can be experienced by a building. They usually occur in regular cyclic motions of a given frequency and amplitude. Construction vibration monitoring is mandatory at most building sites. The primary purpose is often twofold: address the likelihood of potential damage to nearby buildings and assess how much construction-related vibration is tolerable for people in neighboring facilities. Vibration monitoring for construction and buildings is a necessity because vibration levels depend on many factors. The type of equipment, the soil, the proximity to a construction site and the structure of a building; all of these variables play their part. Vibration monitoring measures and analyzes ground-borne vibration levels and equips you with all the data that you need to make substantiated assessments.
Guidelines for vibration monitoring
Worldwide there a lot of guidelines when it comes to vibration monitoring. Omnidots supports the following standards, among others: DIN4150-3 / BS7385 / Circulaire du ’86 / ISEE (USBM RI 8507 & OSMRE) / SN 640 312a / DIN 4150-2 / DIN 45669-1.