KoCAD
Lightweight 2D/3D manufacturing CAD linked to KOREOS cases.
Pantallas y funciones
TodosWorkflows 13Getting started 1Screens · ribbon tabs 11Screens · panels, windows and menus 6Engineering 3
Workflows
Projects start with country/standard, automatic folder, DXF always, live print previewNew (Ctrl+N), New assembly and New drawing start with the same question: the country / standard of the project — Japan · JIS, USA · ANSI/ASME, Brazil · ABNT/ISO, generic ISO or Europe · EN. A second column summarises its basic rules: projection (JIS and ASME third angle; ABNT, ISO and EN first angle), sheets, materials, threads, welding, units and tolerances. Only JIS has a material catalogue for now; for the others KoCAD says so and never uses JIS data unless you choose it.English
Save and open the complete project (every file, always current)File › Save complete project (or the "Complete project" button next to Print and Open folder) writes everything into the project folder: native parts and assemblies in 01_3Dモデル (with GLB and STEP), native 2D drawings in 02_図面 with their PDF in 05_PDF・印刷, the drawing DXF and each sheet part's cutting/flat DXF in 03_DXF（切断・レーザー）, bill of materials and processes as CSV, Excel, PDF and prints in 04_部品表, and the construction film as MP4 1080p in 07_動画 (plus the exploded-view filmEnglish
Live AI generation: premises from the standard, real steps, ready to reviewEngineering premises come from the project's country/standard and appear collapsed: "Premises: Japan · JIS standard (edit)" with chips (SS400, plate t3.2/t4.5, tube □40×40×2.3, M8 Ø9 hole…). Click to edit the text; "Back to default" restores it. In a US, Brazil, ISO or EN project the premises change (A36, UNC, NBR, S235…) and are marked to confirm while those standards have no catalogue.English
Generate with AI like an engineer: premises, patterns and real-model inspectionIn Generate with AI (or by asking Bob), write the request as usual, for example: "Welded workbench 1200 × 700 × 850 mm total height with feet, SS400, 4 legs 40×40×3 tube, top frame, rails 200 mm from the floor, braces in the rear corners, 3 mm top plate, 4 leveling feet".English
Workflow: from a drawing (photo, PDF, DXF, DWG) to a 3D modelThree ways: trace the image in a sketch, convert a DXF/DWG (2D → 3D) or ask the AI (Generate with AI / Bob) — always with a preview before applying.English
Workflow: import STEP, SolidWorks or GLB and separate the partsOpen a STEP assembly, select and check each part, split a welded single solid into parts, and what changes with GLB/OBJ/STL.English
Workflow: sheet metal → flat pattern → laser DXF → nestingSheet rules (K = 0.44), Flatten, flat DXF for the laser (AM_0/AM_3/AM_5) and Sheets: how many sheets to buy and the cutting package.English
Workflow: weldment → cut list → stock bars to buyCatalogue members, corners, gussets and welds; cut list with angles; Bars works out how many 5.5/6 m bars to buy; proposal to the 部材表.English
Workflow: assemble, explode and document an assemblyNew assembly → insert → mate → pattern → exploded view → BOM → assembly instruction drawing with balloons.English
Workflow: JIS shop drawing to PDF, DXF and printFrom model to sheet: views, auto dimensions, hole callouts, surface texture, title block, check, PDF/DXF/DWG, 1:1 printing and upload to the case.English
Workflow: film of the build or of the assembly (MP4 / GIF)Timeline → Play: build feature by feature, exploded view or assembly; export MP4 720p/1080p or GIF, offline.English
Workflow: view in VR/AR with a QR code and the animation studioView in VR/AR: a QR with expiry for Quest or phone, real size 1:1, File or Live mode, animation studio and link revocation.English
Workflow: check design rules (JIS) before the shopDesign verification → design rules: holes, edges, bolts, welds, materials, guard rails and stairs; choose a fastener; Finalize blocks errors.English