Often, a drawing will feature the symbol with no numerical value but simply a text note or implied condition. If the symbol points to the edge and has no number, it implies that the edge must be . It does not require a specific radius, but it forbids the protrusion of material.
Next time you issue a drawing, skip the "sharp edge" note. Grab the DIN ISO 13715 symbol instead. Your machinists (and your end users’ fingers) will thank you. din iso 13715
The magic of DIN ISO 13715 lies in its simple, graphic notation placed directly on the drawing’s edge line. Often, a drawing will feature the symbol with
This standard is the universal language for defining the state of edges on technical drawings. It eliminates the guesswork regarding whether a part should be sharp, rounded, or chamfered. In this post, we will break down what DIN ISO 13715 covers, why it matters, and how to read its symbols correctly. Next time you issue a drawing, skip the "sharp edge" note
Often, a drawing will feature the symbol with no numerical value but simply a text note or implied condition. If the symbol points to the edge and has no number, it implies that the edge must be . It does not require a specific radius, but it forbids the protrusion of material.
Next time you issue a drawing, skip the "sharp edge" note. Grab the DIN ISO 13715 symbol instead. Your machinists (and your end users’ fingers) will thank you.
The magic of DIN ISO 13715 lies in its simple, graphic notation placed directly on the drawing’s edge line.
This standard is the universal language for defining the state of edges on technical drawings. It eliminates the guesswork regarding whether a part should be sharp, rounded, or chamfered. In this post, we will break down what DIN ISO 13715 covers, why it matters, and how to read its symbols correctly.