It is not another drawing. It is the approved piece ready to make.
In Marmos, the shop drawing is not recreated after the sale. When the order is approved, the system freezes the geometry that formed the price and turns it into the actual fabrication stones — top, aprons, backsplashes, build-ups and every cutout in place.
Frozen at approval
Dimensions, shape, material and operations are stamped when the order is approved. A later editor or shop-rule change cannot silently alter a stone already sent to production.
The stones that will be cut
The map expands the drawing into fabrication stones. The top is one stone; aprons, backsplashes and build-ups are their own stones, tied to the edge and section they came from — not generic rows in a list.
Dimensions and cutouts in place
Every figure carries its outline, nominal size and positioned cutouts. Sinks, cooktops, holes and pockets stay where they were drawn, with no one transcribing offsets onto another sheet.
Only work-changing operations are marked
Cutting an edge is the default. The sheet highlights what needs another operation: polish, profile, miter, back kerf, pocket and fluting. A mark is an instruction, not decoration.
One assembly and numbering system
The plan view shows how the whole job fits together, and numbering runs through every stone without repeating. The same number identifies the figure, table row and DXF item.
Price, paper and file agree
The surface that produced the square footage is the one shown for cutting; the edge that produced a finish receives the mark. The cut sheet and DXF read the same frozen contract instead of rebuilding the piece through separate rules.
The shop receives the piece, not an interpretation.
Cut sheet
A figure per stone, dimensions, cutouts, material, thickness and operation table for the fabrication bench.
Production checklist
The map stones live inside the production card and can be checked without losing the section they belong to.
DXF of the same stones
Nominal geometry in millimeters, with arcs and operations by layer, per stone or as a set.
Slab plan
Approved stones enter slab planning; once cutting is confirmed, the slab leaves inventory and the usable offcut returns.
Questions about cut sheets
- What is the difference between a cut sheet and a slab cutting plan?
- The cut sheet explains how to make each stone: outline, dimensions, cutouts and operations. The slab plan explains where those stones sit on material, the separation sequence and what offcut remains. Both are tied to the same order.
- Why is the map frozen when the order is approved?
- Production needs memory. If the calculation of an arc, facet or finish changes later, a released order must not gain a stone that was never sold or cut a different approved size. Rebuilding the map is an explicit action.
- Is the cut sheet separate from price calculation?
- It is a different output from the same model. The surface used for area and the edge used for finishing are the ones that become shop stones and marks. The shop's own catalog and costs still define the values.
- Does the sheet show polishing and 45-degree miters?
- Yes, as different operations. A miter is an angled saw cut; polish and edge profiles happen after sawing. The figure shows where to work and the table states the type and length.
- Can the cut map be exported as DXF?
- Yes. One stone or all stones can be exported as DXF R2000 or R12 for older readers. The file carries nominal geometry in millimeters and separates operations into layers for the shop's CAM.
The piece sold is the piece made
Draw once and let pricing, cut sheets, slab planning and DXF share the same geometry.