Open any DraftSight brochure and the first four images you see are floor plans, elevations and site layouts. Fair enough — it is an outstanding AEC tool. But the teams that quietly get the most out of it are often not architects at all. They are manufacturing engineers, tooling designers, drawing offices and fabrication vendors, whose entire day-to-day runs on 2D drawings that must match what actually gets cut, bent, welded and inspected on the shop floor.
So let's take DraftSight out of the architecture bracket and look at what it does for manufacturing — the use cases, the specific tools that matter, and the honest line between what DraftSight handles and what belongs in SOLIDWORKS.
First, an honest answer to "why is a 3D company selling 2D?"
This is the question every manufacturing customer asks, and it deserves a straight answer. It isn't 2D versus 3D. It's a loop. Even in organisations that design entirely in 3D — SOLIDWORKS models, simulation, PDM — most of what leaves the building is still 2D: supplier drawings, fabrication prints, weldment details, service documentation, inspection records. That communication layer is 2D by necessity, because the fabricator, the laser cutter and the quality inspector are reading a drawing, not opening a model.
That is precisely why Dassault Systèmes invested in DraftSight rather than telling everyone to abandon 2D. In one line: DraftSight is anything to do with creating, editing or viewing DWG files.
Use case 1 — Fabrication and supplier drawing packages
Most manufacturing drawing offices produce one thing above all: release packages. A revision to a weldment, a new hole pattern, a bracket change — and suddenly forty drawings need to be re-issued to the supplier with correct revisions and consistent title blocks.
The tools that carry this in DraftSight:
- Sheet Set Manager — organise release packages that run to hundreds of sheets, with cross-references and page numbering kept consistent. Split large layouts across sheets, each with its own title block.
- Batch Print / Publish — push a whole package to PDF in one pass, with line weights, hatches and annotations rendering correctly. No manual print-round-the-office.
- Revision tables tied to drawing changes — the workflow ISO 9001 auditors and quality managers ask about. Revision history lives in the drawing, not in a spreadsheet beside it.
- Native DWG, DXF and DGN — full DWG support back to AutoCAD R12 (1993). Legacy supplier drawings open as-is, no conversion step, no translation loss.
Use case 2 — Tooling, jigs, fixtures and cut-ready geometry
Tooling design is a classic 2D stronghold: a fixture plate, a nest, a gauge, a clamping arrangement. These are rarely worth a full 3D parametric exercise, but they do need to reach a machine.
- G-Code Generator — converts your 2D drawing geometry directly into machine-readable G-code (.txt) for CNC. A drawing that defines the path can drive the machine, without a detour through a separate CAM seat.
- Power Trim — rework a cut pattern or a trimpath in seconds instead of deleting, retrimming and rebuilding hatches.
- Image Tracer — trace over a scanned or photographed legacy part to reconstruct the drawing.
- Draw Compare — prove exactly what changed between the drawing the shop built from and the current revision. Genuinely useful when a batch of parts comes back wrong.
- STEP import and 2D flatshot — bring 3D geometry in from a customer or supplier, then create a 2D flatshot of it for the drawing or the plate profile.
Use case 3 — Process, utility and electrical schematics
P&IDs, utility line diagrams, electrical schematics, panel layouts. These are pure 2D artefacts by convention, and in oil & gas, chemicals, pharma and heavy engineering they can be the bulk of a plant's drawing register.
This is where DraftSight Mechanical earns its place. On top of everything in DraftSight Premium, it adds discipline-specific content:
- Mechanical symbol libraries — fasteners, bearings, gears, structural shapes, surface finishes
- Electrical symbol libraries — schematic symbols, contactors, terminals, motors
- Standards-based catalogues (ISO, ANSI, DIN, JIS, GB)
- BOM authoring and synchronisation with the drawing
- GD&T tools and feature-control frame authoring
- Hole charts with automatic tagging and tabulation
- Mechanical dimensioning utilities — chain, baseline, ordinate
For a shop that releases production drawings under formal revision control, the BOM and GD&T tooling are the day-one value drivers, not the drafting itself.
Use case 4 — Plant layout, facilities and material-handling systems
Factory layouts, machine foundations, conveyor routing, service corridors, expansion planning. These projects typically mix disciplines: the building is 2D, the machine being installed was designed in 3D, and the utility routing crosses both.
The pattern that works commercially is DraftSight and SOLIDWORKS alongside each other, not instead of each other. A representative case: a material-handling systems manufacturer wanted to combine 2D and 3D more productively. They added DraftSight Enterprise alongside their existing SOLIDWORKS seats — result was faster drawing, layout and P&ID development, simpler handling of legacy 2D data, and 2D data brought under PDM with the rest of the engineering data.
On that last point, DraftSight integrates with SOLIDWORKS PDM and the 3DEXPERIENCE platform, so 2D drawings stop being the unmanaged corner of the engineering register.
Use case 5 — Documentation, quality and the road to 3D
Two more things manufacturing teams ask for regularly:
- Inspection and quality records. Drawings release as PDF with annotations and revisions intact, which is exactly what an inspection pack needs. Where a customer is doing formal first-article inspection, AS9102 or PPAP reporting, that job belongs in SOLIDWORKS Inspection, which balloons the drawing and generates the report automatically. DraftSight releases the drawing; Inspection does the quality documentation.
- A stepping stone to 3D. DraftSight Premium includes 2D constraints, 3D modelling, 3D meshing and PDF import on top of the Professional toolset. That is honest, occasional-use 3D — enough for a simple part, a quick solid for a layout, or understanding a customer's STEP file. It is not a SOLIDWORKS substitute and we never sell it as one. What it does do is give a 2D-only team a first taste of parametric thinking before a full SOLIDWORKS seat is justified.
Where DraftSight stops and SOLIDWORKS starts
A clean split you can use with any manufacturing customer:
- DraftSight — 2D drafting, legacy DWG work, P&IDs and schematics, fabrication and tooling drawings, layouts, and the seats in a 3D account whose users only ever open and edit drawings.
- SOLIDWORKS — parametric 3D mechanical design, complex assemblies, simulation, PDM, and any product where the design intent needs to be captured and driven rather than drawn.
Most manufacturing businesses need both, and the split is usually per user, not per company.
The migration question — what does moving from AutoCAD actually cost the shop?
Position it as low risk, not a re-platform:
- Command compatibility. AutoCAD command aliases work directly — L for line, PL for polyline, E or Erase runs Delete. There is effectively nothing to unlearn.
- Templates and standards transfer. Existing templates, standard layers and title blocks keep working. Nothing to convert.
- LISP routines keep running. Existing AutoLISP and Visual LISP automation continues to work, alongside a broader API (C#, .NET, VB). For shops that have years of custom routines, this is often the deciding factor.
- Interface, your choice. Ribbon or the classic toolbar and pull-down menus — whichever the drafting team already prefers.
Which tier for which manufacturing shop
- Professional — pure 2D drawing offices, the natural AutoCAD LT replacement. Core 2D tools, LISP, PDF export, Power Tools.
- Premium — 2D plus occasional 3D modelling and parametric constraints, plus PDF import.
- Enterprise — a shared, floating pool of 2D seats with deployment tooling. Good fit for IT-managed plants with shift-based or shared drafting users.
- Enterprise Plus — floating seats plus the Premium 3D capability.
- Mechanical — DWG mechanical and electrical symbol libraries, BOM, revision tables, GD&T and hole charts. Built for mechanical detail drafting and control-panel design.
- Named User (Cloud, on 3DEXPERIENCE) — distributed teams, multi-site drawing offices and anyone who needs revision management and browser access to projects from anywhere.
Licensing is flexible to match: yearly subscription, or perpetual with maintenance optional after year one — which matters to manufacturers who plan capital spend in multi-year cycles rather than an open-ended subscription.
What's new in DraftSight 2026 that manufacturers will feel
- Floating Windows — drag a drawing tab onto a second monitor to compare or edit two drawings side by side in one session. Practical on any drawing-checking desk (Premium, Enterprise Plus, Mechanical).
- Power Tools tab — the automation commands consolidated into one ribbon, so batch print and the trim utilities are one click away rather than buried.
- Gradient and pattern ribbons, plus a new Start Page as a hub for recent files and favourites.
- ECW file support — useful for plant and site work with large georeferenced rasters.
- BIM module — not manufacturing, but relevant if you also handle plant buildings and facilities: import Revit and IFC models and generate 2D documentation from them in DraftSight Premium.
The bottom line for manufacturing
DraftSight is not "the AEC product in the Dassault portfolio". It is the 2D layer of a manufacturing business — the fabricator's prints, the tooling drawing, the P&ID, the plant layout, the CNC path, and the DWG archive going back three decades. For most manufacturers it sits comfortably next to SOLIDWORKS rather than competing with it, serving the users and the deliverables that will never be 3D.
If you want to see it against your own drawings — and your own LISP routines — there is a free 30-day Premium trial, no credit card required. Send us one of your real fabrication or P&ID drawings and we'll open it with you.