Physical sign fabrication software for production teams
PROLED3D turns text, logos, symbols and SVG artwork into configurable parts for 3D signs, illuminated signs, channel letters and dimensional signage. Review the design in 2D and 3D, then export STL and DXF files for 3D printing, CNC or laser workflows.
* DXF input is used by the Neon Flex workflow.
Exploded 3D view with lid, body, base and material controls.
Physical sign applications
Use text or clean SVG artwork to prepare logos, symbols and dimensional sign elements within the structures and manufacturing controls available in PROLED3D.
PROLED3D prepares physical signs for fabrication; it is not a screen, playback or digital-signage content-management platform.
Configurable bodies, lids, bases and illuminated-letter parts.
02Combine vector elements into a practical print, cut and assembly workflow.
03Turn clean brand artwork into configurable sign geometry.
04Prepare custom vector silhouettes beyond alphabetic characters.
05Move storefront artwork toward production-ready parts.
06Connect 3D printing, sheet cutting and physical assembly.
07Prepare illuminated structures with production files for the shop.
08Configure acrylic, PVC and 3D-printed components for lighting.
09Create physical relief elements for sign and wayfinding projects.
10Use clean SVG contours for emblems and purpose-built forms.
From workshop bottleneck to repeatable workflow
Traditional preparation repeats offsets, walls, clearances, exports and checks across every project. PROLED3D centralizes those production decisions in a workflow developed from real sign-shop experience.
Design-to-production workflow
Keep the production logic visible from the first path to the final export.
Create text with the available fonts or upload an SVG. Neon Flex uses DXF centerline paths.
TEXT · SVG · DXF*Select a letter family and adjust lid, base, acrylic, PVC, walls and clearances for the job.
L · F · C · PInspect 2D and 3D views, edit nodes, add perforations and use the available preparation tools.
2D · 3DGenerate the STL and DXF files related to the selected structure and keep the project output organized.
STL · DXF · ZIPCurrent tools
Each operational tool supports a specific part of file preparation in one connected workflow.
Build configurable physical-sign parts from text, logos or SVG artwork, choose an available structure family and inspect the result before export.
Divide base and lid parts according to the configured print-bed size, with straight or dovetail-style joints where available.
Arrange current-project acrylic and PVC DXF parts on separate sheets without mixing materials.
Estimate manufacturing inputs with project dimensions, material, print time, electrical components, waste, margin and taxes.
Edit paths, add or remove nodes, and prepare holes or base cuts directly in the project view.
SVG · 2DLoad DXF centerline paths, configure the channel and add tunnels or holes, then export the result.
DXF → STL*Simplify vector paths, reduce unnecessary nodes and keep curves manageable for the production workflow.
VECTORView feature detailsBundle the generated parts and related files so the production handoff remains connected to the project.
STL · DXF · ZIPFiles and fabrication
PROLED3D prepares geometry for the machines already used in a sign shop. It does not replace slicing, CAM setup, material tests or machine safety checks.
Text and clean vector artwork define the letter or logo contours for the main generator.
DXF centerlines feed the separate Neon Flex workflow.
Structures, wall values, lid, base, acrylic, PVC and tolerances are configured in the project.
3D parts for slicing and manufacture on a suitable 3D-printing workflow.
2D profiles for acrylic or PVC preparation in a compatible CNC or laser workflow.
Made for fabrication teams
Use the same project language across design, printing, cutting and assembly.
Prepare dimensional lettering, LED signs and shop-ready production files.
Review printable parts, configure fit values and divide oversized geometry when required.
Receive DXF profiles for acrylic and PVC, then apply the machine and material setup used by the shop.
Move vector artwork into a manufacturing-focused structure without rebuilding every component manually.
Workflow comparison
The difference is not the craft: it is where repetitive geometry, checks and exports are organized.
| Task | Manual workflow | PROLED3D |
|---|---|---|
| Structure | Model components project by project. | Select a family and configure parameters. |
| Fit | Build offsets and clearances into the geometry. | Adjust the available tolerance and material values. |
| Inspection | Review across separate 2D and 3D tools. | Review 2D and 3D views in the project. |
| Cutting layouts | Arrange 2D pieces separately. | Use automatic nesting for acrylic and PVC. |
| Handoff | Collect and rename outputs manually. | Export related project files together. |
Production guides
Follow existing guides for logo conversion, production files, printing, cutting and illuminated-sign assembly.
From logo or SVG artwork to printable letter parts.
02Understand the vector-to-production file flow.
03Connect file preparation, printing, cutting and assembly.
04A focused guide for producing dimensional letters.
Simple access
PROLED3D has a functional free version and a single Premium price confirmed by the product team.
A functional way to enter the application and begin working with the available free experience.
Start freeAccess all PROLED3D functionality for the complete production workflow.
Get PremiumPrices are shown in US dollars. Payment taxes or conversion charges may depend on your location and payment provider.
Frequently asked questions
Clear answers about inputs, outputs, machines, plans and production tools.
Open the application →Sign fabrication software prepares geometry and production files for physical signs. PROLED3D turns text, logos and SVG artwork into configurable 3D sign parts and exports STL and DXF files for printing and cutting workflows.
Yes. PROLED3D uses SVG artwork to generate configurable 3D parts that can be exported as STL for slicing and 3D printing.
Yes. PROLED3D exports DXF geometry related to acrylic and PVC components. Review machine, tool and material settings in your normal CAM workflow before cutting.
Yes. DXF input is available in the Neon Flex workflow, while the main sign-structure workflow accepts text and SVG.
No. PROLED3D runs in a modern web browser. Slicing, CAM setup and machine operation still use the tools required by your production equipment.
Depending on the tool and structure, PROLED3D exports STL and DXF files and can organize project output in a downloadable package.
Yes. The available parameters include lid, base, acrylic, wall and clearance values. Always verify fit with your own printer, material and process.
Yes. Neon Flex accepts DXF paths and provides controls for channels, tunnels and holes. PROLED3D is continually improved while remaining fully operational.
Yes. PROLED3D has a functional free plan so sign makers can start working in the application.
PROLED3D Premium costs USD 10 per month and includes all functionality.
Ready for the next file set?
Open PROLED3D in your browser, configure the physical-sign structure and prepare STL and DXF files for your shop workflow.
