TS ISO 10110-1

TS ISO 10110-1 defines the common drawing framework used for optical elements and optical systems. It sets out the general rules and terminology needed to express design and functional requirements on technical drawings in a way that can be understood consistently during manufacturing and inspection.

In the broader ISO 10110 family, features such as lenses, prisms, coated surfaces and multi-element optical assemblies are described using standardised notation rather than free-form wording. In optical documentation this matters because small deviations in geometry, surface quality, centration and other functional characteristics can affect system performance. As general technical context, the purpose of this notation is to reduce misinterpretation between designers, manufacturers and quality-control teams.

Purpose of the drawing language

The scope of this part is the presentation of design and functional requirements for optical elements and systems in technical drawings. In practice, it supports the way an optical part is represented on the drawing by giving a shared convention for how critical information is shown. The more specific topics in the ISO 10110 series are handled in other parts, while TS ISO 10110-1 provides the baseline for that common presentation approach.

Why standardised notation matters in optics

Optical systems often demand high precision, so every marking on a drawing needs to carry a clear meaning through production and acceptance. A standardised drawing language helps communicate tolerances, surface characteristics, material-related information and other functional data with less room for interpretation differences. In that sense, TS ISO 10110-1 provides a common foundation for turning optical design data into engineering drawings, to be used together with the more specialised parts of the series.