IEC 60825 and Related Standards: What Manufacturers and Hospitals Must Know

IEC 60825-1: classification and manufacturer requirements

IEC 60825-1 defines the safety of laser products. It sets out the classification of lasers into hazard classes from 1 to 4 on the basis of accessible emission limits, and the requirements that manufacturers must meet: protective housing, key switch, interlocks, emission indicators, beam attenuator, warning labels and information in the user manual.

The standard speaks mainly to manufacturers, but its classes and labels drive hospital measures, so the label is where a safety officer starts. A plain-language explanation of classes is in laser classes explained.

Classification can change with the configuration. A laser product that is Class 4 internally may be sold as Class 1 when fully enclosed, and a device with a fibre output or an accessory may be classified by what the user can reach. That is why the manual, not memory, should be checked whenever a new handpiece, probe or workstation is introduced.

IEC 60601-2-22 and the IEC 60601 family

A laser used on patients is also a medical electrical device. It must meet the general electrical safety standard IEC 60601-1 and its collateral standards, and the particular standard IEC 60601-2-22 for surgical, cosmetic, therapeutic and diagnostic laser equipment. That particular standard adds requirements for output accuracy, aiming beam, emergency stop, user information and protection against unwanted emission.

Manufacturers also work under risk management and quality systems such as ISO 14971 and ISO 13485. Ask suppliers for documents that show how the device was tested and which versions of the standards were applied.

ANSI Z136.3 and guidance for healthcare use

ANSI Z136.3 is an American standard for the safe use of lasers in health care. It describes the role of the laser safety officer, controlled areas, training, eyewear, fire and plume considerations and administrative controls. Many hospitals in the Gulf region, especially those with international accreditation, use it as practical guidance even when it is not a legal requirement.

A similar guidance document on the international side is IEC TR 60825-8, which gives guidelines for the safe use of medical laser equipment. Choose one of these as your reference and keep your local rules consistent with it.

In practice, the choice matters less than consistency. A hospital that follows a recognised guidance document closely, records its decisions and trains its staff is in a stronger position than one that cites several standards without applying them.

What hospitals should have in place

A defensible laser safety programme includes a named laser safety officer, a register of lasers with class and wavelength, local rules, controlled-area signage, wavelength-matched eyewear, operator training with records, maintenance and calibration schedules, and a fire and plume policy. See medical laser safety officer and medical laser safety eyewear.

Your regulatory duties come from the UAE authorities that license your facility and register devices, such as MOHAP, DHA or DOH. Confirm current requirements and which international standards they accept, rather than assuming.

Keep an evidence file for inspections and accreditation: standards used, risk assessment for each room, training records, eyewear inventory with inspection dates, incident reports and corrective actions. A short annual review by the laser safety officer keeps the programme current as devices are added or replaced.

Questions to ask suppliers and next steps

Ask which standards and edition were applied, request test reports or declarations of conformity, confirm laser class and labelling in your language where possible, and ask what training and safety documentation come with the device. Check that the supplier is an authorised distributor.

If you need help preparing documentation or planning a laser installation, contact Beckfinity.