Everything that happens after the model, inside Fusion.

Who the design is for and where its files go. Every Signal tool files its work under the customer and project, so nothing lands in the wrong folder.

The jobs being quoted, by the date promised. Send the customer a link to scan the space with Signal Customer, bring the scan into a new SITE design, and send the quote to the app: the 3D model, the customer drawings and the total. The approval comes back here.

The jobs the customer approved. Build the layout they signed in Fusion exactly as sold, verify it can be made (processes, lead time and the confirmed estimate), post the stamped drawings for signature and read the signature back.

Gives every part a number from your shop's vocabulary: design, subassembly, part. It becomes the drawing number on every sheet.

One folder per supplier: the files its machines read, its materials and calibrated values, its releases, your standards for it, and the drawings it gets, in its language, units and page size. New suppliers are added here, and the export board lists only these.

Draws and cuts the Lockdowel machining on every joint, with fasteners counted by joint length and one slide direction per part.

Dowels the joints between boards, edge to edge or edge into face: how many, the offset from each end, and which board takes the deep bore. Cuts the holes.

The cut list with finished sizes, banded edges, every bore and channel, and a nest suggestion: saw, CNC or hybrid.

Machine code for the supplier you choose: edge-band thickness and where it comes off, the Lockdowel fit, saw patterns and drilling files. Production, sample or calibration order.

Builds the kitchen from the room: straight, L, U or galley, wall lengths, appliance spaces and countertop. Cabinets come from shared standard parts.

Gives each cabinet doors, drawers, a sink or an open front, with hinges, slides and sink from the library. Rebuilds the cabinets fitted.

Adds an island: a single row with seating or back to back, its cabinets with a sink or a cooktop, and its countertop. Checks the aisles and collisions with the runs.

Opens a kitchen order sold in Signal Sales and builds, in a new design, each cabinet the library cannot make yet as a component to model, marked reference until it is modelled. Every request is recorded, so the library grows from what was actually sold.

How two parts are fixed. The hardware follows the materials (sheet to tube: hex rivet nut; sheet to sheet: weld nut; into wood: insert nut). Screws are laid out on every contact, and the holes are checked, cut and sized.

Keys one tube into another, cut on the tube laser: through hole, tab and slot, bayonet, or hooks with laser-cut springs. Every tab, slot and spring is sized from the tubes, so they self-align before welding.

Tab and slot between sheets and plates: pick the sheet whose edge stands on the other. Signal decides the tab width and how many, places them from the centre of each edge outward, on straight or rolled edges, and opens a notch where a slot would sit too close to the edge.

A chain of mitred tubes made from one straight blank, V-notched on the tube laser and folded. Signal derives the blank, the notches and reliefs, writes the tube laser file and keeps only the closed seams to weld.

Shows a folded tube's blank, the straight tube the laser cuts with every V, relief and hole and the bend lines marked, in place or beside it. Graphics only: the model does not change.

Models each tube's outer and inner corner radius once the tubes are aligned, and declares them tubes, so the exporters, Fasten and Tube Joint read the declaration instead of the part's name.

Bars and shelves from their plan sketch: ribs at every station, panels from the rings, modules that fit the sheet, one component per module design.

Saves a bar's construction as a style: the section at every station, the shelf and front profiles, the corners, its parameters and its weight per metre.

Builds a new bar from its outline sketch and a registered style: runs, corners and ends, the longest module your sheet, laser and brake allow, splits ranked by shared parts.

Finds walls that do not follow the countertop above them, measured along their top edge, and can rebuild the wall on the outline.

Every bent or rolled part must flatten: arcs concentric and one sheet apart, thickness exactly the sheet-metal rule. Converts, rebuilds or makes the flat patterns.

Every pair of parts that occupy the same space: clashes, slivers, fasteners in their holes. Show frames the overlap. Nothing in the model changes.

Each supplier's own value for each assembly tool: slot clearance for Sheet Joint and Tube Joint, the Tube Fold K-factor, the Fasten hole offset. Writes the sample to send the supplier and saves the value their sample comes back with, so the tools design to that supplier's machines.

A status board for every output: current, stale since the model changed, or never made. Stale ones come ticked. Flat patterns, tube and sheet bends, weldments, torch access, 3D presenter and drawings.

Shop drawings from the last export: laser, bending, tube, woodworking and welding. Pick the sheets and press OK; they draw outside Fusion while you keep working.

Master work orders for the open design from its last export: one traveller per part, weldment or panel, each line naming its drawing, packed with the drawings. Sheet metal multiplies by the units in Project and woodworking by its exporter's units. Without them you get an alert, not a guess.

The welding sequence Signal derived for each weldment: the anchor, the sub-units built first and their order. Approve it or correct it with a reason; every decision trains the next.

Approve each welding sheet or record a discrepancy. A redrawn sheet is pending again, and the set is released only when every sheet is approved.

The numbers your company works to: site clearances, front gaps, fillers, legs, substrate tolerances. Start from Signal's researched baseline and save only what you change.

Compares every opening measured on site with the model, and builds a second model of the site as found. The design stays untouched.

Fits your pieces to the site as measured: sides kept clear, boxes and fronts resized, slides and hardware moved, doors and frames re-cut, then checked.

Installation drawings for the whole site from each linked model's own export: the order across pieces, the room references and every piece's steps.

The crew's survey drawing: method, equipment and accuracy, and every point to measure, numbered, with the design value beside a blank for the reading.

How many units of each linked model the project builds. Summaries, nests and plans multiply by it without re-exporting anything.

What the model needs on one screen: sheets, plates and tubes, material to buy, laser by material and gauge, bending, tube cutting, welding, finishing and woodworking. One button makes a PDF for the supplier.

Plans a period: the jobs the shop will run, at their project quantities, nested together as one batch by material, gauge and finish, with a material forecast per supplier.

Pick the supports and the loaded parts, set the load and the safety factor, and compare against a standard such as BIFMA. Reports the safety factor, the weak spots and the capacity.

Nests the flat parts with your spacing, margin, rotation and sheet size, in seconds, without a full export. The export uses the same settings.

Nests the cut list on the panel saw, a CNC flatbed or both, and compares 1/4, 3/8 and 1/2 inch bits by boards, passes, time and cost.

The job's tubes on their sticks: every straight tube and every folded blank of the same size and material packed together, with each fold's split decided for the whole job, and a cut diagram per size as PDF.