
spacebands is a multi-sensor wearable that monitors external, environmental hazards, anticipates potential accidents, and gives real-time data on stress in hazardous environments.
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The spacebands wearable uses a triaxial accelerometer to measure vibration exposure accurately across all three axes - the same method recommended for assessing hand-arm vibration (HAVS).
This ensures every tool-use session is captured reliably, even when tools are held at different angles or used in varied positions.
Throughout the shift, the device continuously monitors vibration and loud noise. Workers receive immediate alerts when exposure levels become unsafe, helping prevent HAVS, reduce over-exposure to loud noise, and support stronger compliance.
Key Features
spacebands have a range of safety features designed to save lives, improve awareness and reduce costs.
spacebands are helping Health & Safety managers around the world reduce accidents, injuries and legal claims

spacebands have transformed the way we control exposure to vibration. In just a year of use we have reduced exposure by close to 80%. And our production has become far more engaged in proactive safety.
I’d recommend spacebands to any company that takes safety seriously.

Since introducing spacebands, we’ve seen a huge improvement in how we manage hand–arm vibration exposure.
Our monitoring is now instant and accurate, and we’ve significantly reduced the risk of overexposure. The team is also more aware of safe working limits, which has boosted our overall safety culture.

We had previously used a different HAVs wearable, but they were sitting on a shelf gathering dust because our team didn't have the time for tool tagging.
With spacebands, they just have to be wearing the wearable and it records daily exposure.

spacebands gave us the ability to measure various levels of exposure, various tools and various tasks without having to recalibrate or recalculate; or most importantly having a negative effect on our production.
We looked at a few other options but no others that we saw came with that level of flexibility.
spacebands are helping Health & Safety managers around the world reduce accidents, injuries and legal claims
No. The wearable device does not have GPS or internet connection functionality. The device is a safety tool, not a tracking device. However, each device can be assigned to an individual if the company desires, so that any data will be attributable to the wearer the device is assigned to.
In most cases the wearables are not available to buy outright. This is because the products regularly receive software updates without our customers needing to purchase more devices.
However, there are extenuating circumstances where customers can request to purchase hardware outright; short-term construction builds for example. Software will always require a monthly licence to access however. Get in touch with us for a quote if you’re interested in purchasing devices outright.
All vibration and noise exposure data is uploaded automatically to the spacebands dashboard. Managers can review exposure trends, identify risks, and export reports for audits or investigations.
Yes. Workers receive vibration, noise, and optional proximity alerts immediately - allowing them to take action before exposure becomes unsafe.
Wearables can be configured to alert a manager rather than a user if an exposure threshold is met.
Yes. The spacebands wearable uses a triaxial accelerometer to measure vibration accurately across all three axes. This ensures reliable HAVS monitoring regardless of how a tool is held or the angle it’s used at.
spacebands has a range of safety features that it alerts the wearer about including HAVS and Noise monitoring, PPE prompts, certification access control, and access control to warn workers entering an area they aren’t meant to be in..
All safety features save information to the analytics dashboard, where it can be used to identify areas in need of operational improvement.
The device records vibration exposure using its triaxial sensor and automatically calculates the user’s A(8) value throughout the day. Alerts are given when exposure approaches unsafe limits.
