What are ATEX AR glasses?
They are wearable AR devices certified for defined potentially explosive atmospheres under the applicable ATEX equipment classification. Certification scope varies by model.
ATEX AR Glasses for Hazardous Industrial Environments
ATEX-certified AR glasses enable hands-free digital guidance and remote expert support in specified potentially explosive environments. Device certification, gas or dust group, temperature class and the site risk assessment must match the intended task.
Selecting smart glasses for an ATEX Zone 1 task
Start with the exact work location and task, then compare the device and accessory documentation with the site requirements. A product name or a general Zone 1 statement is not sufficient to approve a deployment.
- Obtain the current certificate, declaration of conformity, full equipment marking and manufacturer instructions for the supplied model.
- Review the gas or dust classification, temperature limits, permitted accessories and any special conditions of use.
- Confirm PPE compatibility and restrictions on charging, battery exchange and connected peripherals.
- Test the intended software, network and workflow before approving operational use.
Use the H4000 evaluation page for the device discussion and Remote Eye remote maintenance Onderhoud op afstand (NL) AR-Fernwartung (DE) for the collaboration workflow. For EMEA projects, confirm the requirements applicable to each country and site; ATEX and IECEx must not be treated as interchangeable.
From operational problem to a purchase decision
Compare the complete workflow: device, remote-support software, connectivity, approved procedures, training and ongoing support. Start with the task and site requirements rather than the headset specification alone.
- Explore: identify a maintenance or inspection problem using our industrial AR application guide.
- Evaluate: compare device and software requirements, then request a task-based H4000 evaluation with a baseline and agreed acceptance criteria.
- Plan procurement: discuss your requirements for a quotation. Specify countries, sites, users, experts, required software and hazardous-area requirements. Ask for hardware, licences, implementation, training and recurring support to be itemised; confirm availability and lead time for the selected configuration.
Frequently asked questions
Where are ATEX AR glasses used?
Typical use cases include maintenance, inspection, remote support and guided work in oil and gas, chemicals, energy and other process-industry environments.
Does ATEX certification mean IECEx certification?
No. ATEX and IECEx are separate schemes. The H4000 currently has ATEX certification and does not have IECEx certification.
What should buyers compare?
Compare certification marking, binocular or monocular display, camera quality, battery exchange, connectivity, noise handling, helmet compatibility, software and support.
Can ATEX AR glasses support remote experts?
Yes. Compatible software can stream the field worker’s first-person view and allow voice, files, screenshots and visual annotations while work remains hands-free.
How is site suitability verified?
The customer’s safety and technical teams must confirm the device certificate, hazardous-area classification, network, PPE compatibility and approved operating procedure.
How should an ATEX AR pilot start?
Define one measurable use case, verify safety and connectivity, train a small user group and compare resolution time, travel avoided, adoption and first-time-fix performance.