Bends on manufacturing drawings indicate areas where a material, typically sheet metal, is to be folded or curved, with specific radii, angles, and directions to achieve the desired shape.

Drawing numbers are unique identifiers assigned to manufacturing drawings to ensure correct referencing, tracking, and retrieval of designs, revisions, and related documents in production or engineering workflows.

In manufacturing, "edges" refer to the boundaries or contours of a part, where two surfaces meet, which are critical for fit, assembly, and sometimes, aesthetic or functional purposes.

Geometric Dimensioning and Tolerancing (GD&T) is a system used in engineering drawings to define the allowable variations in a part’s geometry, ensuring precise fit and function during assembly.

In manufacturing, "measures" refer to quantitative values used to assess the dimensions, weight, or other physical properties of components to ensure they meet design specifications.

N-Grades on manufacturing drawings refer to specific material grades, often used in the context of steel or alloys, indicating particular properties such as hardness, tensile strength, or other performance characteristics.

Notes on manufacturing drawings provide additional instructions, clarifications, or specifications that cannot be easily conveyed through standard symbols or dimensions, ensuring proper understanding and execution.

Processes on manufacturing drawings refer to specific methods or operations (e.g., machining, welding, casting) that must be used to create or modify a part, ensuring it meets design and functional requirements.

Projection methods in manufacturing refer to techniques used to create 2D representations of 3D objects, often used in technical drawings or computer-aided design (CAD) systems.

Radii on manufacturing drawings refer to the curved edges or corners of a part, typically specified to define the radius of a rounded feature for proper fit, function, or aesthetics.

Revision history on manufacturing drawings tracks changes or updates to the original design, documenting each modification along with the date, description, and responsible person for transparency and traceability.

Scale on manufacturing drawings indicates the ratio between the dimensions of the drawn part and its actual size, ensuring accurate interpretation for manufacturing, assembly, and inspection.

Sheet numbers on manufacturing drawings are used to identify and organize multiple pages of a drawing set, ensuring correct sequencing and easy reference for complex parts or assemblies.

Surface roughness refers to the irregularities or deviations on a part's surface texture, measured to ensure it meets functional, aesthetic, or manufacturing requirements for fit, performance, or appearance.

Symbols on manufacturing drawings represent specific features, materials, processes, or tolerances, providing a standardized way to communicate complex design information quickly and clearly.

In manufacturing, "threads" refer to the helical ridges or grooves cut into a cylindrical surface, commonly used to allow components to be screwed together or fastened.

Titles on manufacturing drawings provide a brief description of the part or assembly, helping to identify its function, design, or purpose, and ensuring clarity for those reviewing or producing the item.

The title block on a manufacturing drawing contains essential information such as part name, drawing number, material specifications, scale, and revision history for easy identification and reference.

Tolerances in manufacturing specify the permissible variation in dimensions or geometries of a part, ensuring it fits and functions correctly despite slight deviations from the ideal design.

Industrial drawing software refers to specialized digital tools used to create, modify, and manage technical drawings for manufacturing, including 2D and 3D designs, CAD models, and engineering documentation.

Quality control in manufacturing refers to the systematic process of ensuring that products meet specified standards by inspecting materials, components, and final outputs for defects or deviations.