The fastest quote from a cutting die workshop comes from a drawing prepared close to the language of production. The workshop looks for four things in a drawing: are dimension and unit right, which line is which, which version is valid, and on which material it will be cut. A drawing that answers those four questions before it is sent removes the question rounds from the start.

The dimension check comes first

At least one real dimension and a clear unit in the file speed up the assessment; the outer width, outer length or a critical window dimension is written as text. If a scale drift goes unnoticed the die cannot be made right: a PDF saved with “fit to page” looks right on screen and comes out wrong on the bench.

The unit is written in millimetres and the drawing is saved at 1:1. When a vector source such as AI or DXF is shared beside the scaled PDF the workshop reads the dimension straight from the file; the cut contour is given as one closed path, with open ends and double lines removed.

  • Outer dimensions and critical inner dimensions are written as text.
  • The unit is millimetres and the scale is saved at 1:1.
  • An AI or DXF source file is shared beside the scaled PDF.

Cut, crease and perforation are separated

A single-colour drawing makes production interpretation harder; cut, crease, perforation and reference lines are prepared in separate layers or colours. A safe separation uses three signals at once: layer name, colour and line style. If one of the three is lost the other two still carry the role; a flattened PDF keeps only the colour.

The perforation line carries a tooth note, and on label work the kiss-cut line carries its own role note. Reference lines, dimension arrows and print bleed are kept apart from production lines; before sending, the layers are switched off and on one by one to find any line drawn on the wrong layer.

  • The cut line is given clearly as a closed contour.
  • Crease and perforation come in a different colour, layer and line style.
  • Reference lines and dimension arrows are separated from production lines.

Revision confusion is reduced

When the same job has more than one file, the final revision is named plainly; names like “final” or “new-final2” blur which version is valid, and a wrong file entering production costs time and material. The file name carries a date or revision code; old files are kept in a separate folder marked as cancelled.

The changes are summarised in the message: which dimension, in which direction, for which reason. When the changed area is circled on the drawing the workshop does not have to re-compare the whole file; the approved version is kept on both sides as the shared reference.

  • The file name carries a date or revision code.
  • Old files are kept apart; the active folder holds a single file.
  • Changed areas are marked on the drawing and summarised in the message.

What is settled together in the message

When quantity, material, lead time, end use and any previous problem are shared with the drawing, the quote is prepared on firmer ground. Material type and thickness set the rule height and rubbering; quantity changes the rule durability, end use changes the tolerance expectation.

The delivery expectation is written as a date and time. A sample, a photo of the old die or a photo of the faulty product is added where one exists; a visual reference is understood faster than pages of description and lets the first quote reflect the real job.

  • Quantity, material type and thickness are written down.
  • The delivery expectation is shared as a date and time.
  • A sample, an old die photo or a faulty product photo is added.

Quote details we clarify together

When the file, material, quantity and deadline are clear, the quote conversation moves faster and with less back-and-forth.

  • Current revision file
  • Material and quantity details
  • Critical dimensions or production notes
  • Deadline expectation and delivery preference