The Traceability Standard
In high-precision manufacturing, the mark on the part is as critical as the part itself. If you are setting up your dot-peen or scribe marker by memory for every batch, you are risking scrap. Did the last run use a Character Size of 2.5mm or 3.0mm? Was the Marking Force set to high, deforming the thin wall of the flange? Without a rigorous parameter log for every Drawing No. and Customer No., you cannot guarantee traceability compliance. You aren't just "writing on metal"; you are applying a permanent, machine-readable identity that must survive the life of the product.
This template is a digital технічний recipe book for the marking technician. It captures the exact machine state required to reproduce a compliant mark, eliminating setup time and trial-and-error waste.
The Coordinate Matrix
The strength of this system is its block-based precision. It allows you to define up to four distinct marking blocks, each with its own X - Dimension and Y - Dimension coordinates. This is vital for complex parts where text must be aligned to specific features. You can define the Text Angle for radial marking or adjust the Inclination for italicized logos.
The typography section goes beyond simple text entry. It tracks the Character Font, Compression ratio, and Spacing, ensuring that the visual style matches the customer's brand requirements every time.
Operational Fidelity
The ultimate value of this system is the performance tracking. By logging the Movement Speed and Marking Speed, you ensure cycle time consistency. The Marking Quality and Marking Force settings allow you to dial in the depth of the mark for different materials—lighter for aluminum, heavier for steel. You move from "eyeballing it" to executing a validated engineering process, ensuring that every Text string is legible, durable, and compliant.