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Look up manufacturer-stated vibration levels by tool model, combine exposure from multiple tools and calculate each worker’s daily A(8) and HAVS points.
Search manufacturer-declared vibration data from Bosch, Makita, DeWalt and Hilti, or enter your own measured value to create a downloadable worker exposure report.


Search tool vibration levels by manufacturer and model, then calculate daily A(8) exposure and HAVS points for individual workers using HSE guidance.
Tool Lookup
Select a manufacturer and model to view the manufacturer’s stated vibration magnitude and maximum daily trigger times.
Daily Vibration Exposure Calculator
Select tools and enter their trigger times to calculate each worker’s daily HAVS points and A(8) exposure in line with HSE guidance.
Your calculation is free to use. Enter your details only if you want a PDF record and an emailed link to these results.
Important: Manufacturer figures are declared laboratory values and may not represent actual workplace exposure. Use measured vibration data where available and apply suitable risk controls. This calculator supports assessment but does not replace a competent HAVS risk assessment.

The official HSE vibration calculator requires spreadsheet software, copy-pasting data, and manual entry for every change. It can be slow, complicated, and hard to share with your team.
Our free HAVS calculator offers all the same accuracy — with a cleaner interface, faster inputs, and downloadable reports at the click of a button.

While calculators are great for spot checks, they still rely on manual estimates and entry.
With spacebands HAVS monitoring, each worker wears a smart device that tracks real-time vibration exposure - no need for spreadsheets, timers, or guesswork.
The data is instantly synced to your analytics dashboard.













See how real-time HAVS, noise and proximity insights can transform your safety strategy.



spacebands is a multi-sensor wearable that monitors external, environmental hazards, anticipates potential accidents, and gives real-time data on stress in hazardous environments.







