Browser-based electronics workflow
Struct is browser-based PCB design software that keeps the editable schematic, synchronized board layout, routing, parts, ERC, DRC, 3D review, manufacturing setup, and generated files in one controlled electronics project.
The 3D view follows current outline, placement, pad, hole, via, side, and stackup data; it is a review view, not mechanical sign-off.
Schematic-to-PCB workflow
Stable component, terminal, footprint, pad, and net identities let you update the board from the schematic, find both sides of a connection, and regenerate outputs from the current design revision.
Place editable components and pins, draw real nets, assign exact part and footprint identity, and run the modeled electrical rule check.
Synchronize footprints without discarding placement, define the outline and stackup, then edit pads, tracks, vias, zones, keepouts, and graphics.
Run DRC, inspect the board in 2D and 3D, review CAM and BOM evidence, and create fabrication, assembly, and editable-source packages.
Native board editor
Work directly with the physical board model instead of a flattened illustration. The saved design carries the authoritative outline, copper stack, placements, footprints, pads, drills, traces, vias, zones, keepouts, rule areas, artwork, and dimensions.
Locate the same part, connection, or finding without reconstructing context.
Controlled manufacturing handoff
Struct separates modeled checks, CAM preflight, BOM review, supplier evidence, package integrity, and human release state so a ZIP or green local check is never presented as proof of manufacturability.
Run ERC and DRC against the current design fingerprint, locate findings on the source objects, and document any deliberate exception.
Review copper, mask, paste, silkscreen, outline, plated and non-plated drills, slots, BOM, netlist, and pick-and-place records.
Open the CAM output in an independent viewer, reconcile the stackup and fabrication notes, and run the intended supplier's DFM process.
Keep fabrication, assembly, and editable-source manifests separate, verify their checksums, and attach explicit approval to the exact controlled bytes.
PCB design software questions
Struct makes the captured design and its evidence reviewable. It does not infer missing electrical, mechanical, fabrication, assembly, test, or approval facts.
Online PCB design software runs in a web browser and provides schematic capture, board layout, routing, verification, visualization, and manufacturing-file preparation. Struct keeps those views in one editable electronics project rather than splitting them across disconnected documents.
Yes. Struct preserves stable component, terminal, footprint, pad, and net identities, reports pending schematic changes, updates PCB identity without disturbing approved placement, and supports cross-probing between schematic and board views.
Struct supports F.Cu, up to eight editable inner copper layers, and B.Cu, for a maximum of ten editable copper layers with explicit dielectric rows. The layer count is an editing capability—not approval of a particular material construction, impedance plan, manufacturer, or fabrication process.
Struct generates current-project Gerber layers, plated and non-plated drill data, slot data, a BOM, netlist, pick-and-place data, generated-output notes, and controlled review or release manifests. Reopen the files in an independent CAM viewer and complete supplier DFM before release.
No. ERC and DRC cover modeled electrical and geometric rules. They do not replace source verification, footprint approval, impedance or thermal analysis, independent CAM inspection, supplier DFM, testing, or named release approval.