E-books &
White Papers
Download white papers, guides and checklists on dust measurement and occupational safety for free.
Knowledge for download
Our publications explain measurement principles, calibration and how to handle respirable dust in day-to-day operations. They are aimed at HSE teams, HSE managers and anyone who wants to assess workplace exposure on a sound basis.
Whitepaper
This white paper explores the scientific and regulatory foundations of dust exposure assessment in the workplace. It contrasts traditional gravimetric methods with modern real-time optical measurement and shows how combining both leads to more accurate and compliant monitoring.
Whitepaper
A practical comparison of measurement principles, compliance roles, limitations and applications. The paper also shows how real-time visibility can support formal workplace exposure assessment.
Checklist
10 questions to help HSE teams identify gaps in silica exposure visibility, control effectiveness and audit readiness.
guide
A step-by-step guide for HSE professionals. It shows how instant alerts, TWA/STEL calculations and automated reporting support faster compliance checks and greater confidence in protecting workers.
Technical document
This document explains how Dustlight measures and how every sensor unit is individually calibrated and tested against reference instrumentation. It also covers independent validation in an ISO/IEC 17025 accredited laboratory and traceability to recognised national measurement standards.
Application note
How to match Dustlight readings to the dust at your workplace in a few steps, using the laboratory result you already commission.
Application note
Dust exposure at work is normally assessed against two limits: the TWA and the STEL. This note explains both and how Dustlight calculates them live on the device and in the app.
guide
Dustlight is a body-worn optical real-time dust monitor. To state an absolute concentration for a specific material, a gravimetric reference is needed. This guide explains how much practical value is available before that step, especially for before/after comparisons and for locating sources of exposure.
Application note
Dustlight measures particles in the size range from 0.3 to 10 µm. This note explains why nanoparticles below 100 nm are not detected and why this limit has no practical consequence for the vast majority of workplace dusts.