What Is Scaffold 3D Design Software?
Definition: Scaffold 3D design software is a specialized design application that lets users lay out scaffolds using libraries of real scaffold components — such as ringlock, cuplock, frame, and tube and clamp — and build them into accurate 3D models. The software automatically counts every component to produce a bill of materials, and outputs plans, elevations, and 3D views for estimating, client approval, engineering, and erection.
Scaffold designs have traditionally been drawn by hand or in general-purpose CAD programs, with materials counted manually from the drawing. That process is slow, hard for clients to visualize, and prone to counting errors that show up as shortages or excess on the job site. Scaffold-specific design software speeds up the work with drag-and-drop components and automated layouts, and keeps the material list tied directly to the model, so every change to the design updates the count.
Leading products such as Avontus Designer include libraries of manufacturer catalogs, automated layouts for complex shapes like circular tanks and towers, and export to formats including BIM, AutoCAD, PDF, and Navisworks. Many also integrate with inventory and rental billing software, and offer 3D, augmented reality, and virtual reality viewers so clients and crews can walk through a design before it is built. Through Scaffold Exchange, you can find scaffold design software providers and compare their solutions.
Key Features of Scaffold 3D Design Software
Features vary by product, but most scaffold design platforms share the following core capabilities.
Drag-and-Drop 3D Design
Build scaffolds from real components in a 3D environment, often placed directly over imported site plans, drawings, or building models.
Manufacturer Catalogs
Component libraries for ringlock, cuplock, frame, tube and clamp, and other systems, including manufacturer-specific parts and weights.
Automatic Bill of Materials
Instant, accurate material lists with counts and weights generated directly from the model and updated with every design change.
Drawings & Exports
Plans, elevations, sections, and 3D views, with exports to BIM, AutoCAD, PDF, and other formats for engineering and coordination.
3D, AR & VR Viewing
Viewer apps that let clients, engineers, and crews explore the scaffold in 3D, augmented reality, or virtual reality before erection.
Common Uses & Who Uses It
Scaffold 3D design software is used by scaffold contractors, rental companies, engineers, and industrial owners throughout the United States.
Preparing scaffold designs and material lists for bids
Presenting 3D designs to clients for approval
Planning scaffolds for refinery and plant turnarounds
Designing circular scaffolds for tanks, towers, and silos
Coordinating scaffolds within BIM models
Producing drawings for engineering review and permits
Creating work packs and drawings for erection crews
Updating designs quickly when scope changes
How Design Software Compares to Other Scaffold Software
Scaffold design software is one part of a broader scaffold software ecosystem. Here is how it compares to related tools and what each is best for.
Pricing and bid preparation
- Labor, material, and rental pricing
- Builds bids and proposals
- Often fed by design material lists
- Best for winning work profitably
Equipment tracking and billing
- Tracks equipment in yards and on jobs
- Manages shipping, returns, and rentals
- Often integrates with design software
- Best for controlling inventory and revenue
3D scaffold modeling and BOMs
- Drag-and-drop 3D scaffold design
- Automatic, accurate material lists
- Drawings and BIM-compatible exports
- Best for faster, more accurate designs and bids
Field operations and inspections
- Scaffold requests, tags, and inspections
- Tracks scaffolds through their lifecycle
- Mobile tools for field crews
- Best for managing scaffolds on active sites
All-purpose drafting programs
- Flexible for any type of drawing
- No built-in scaffold components
- Material counts done manually
- Best for general design and engineering
Find Scaffold Design Software Providers
Use Scaffold Exchange to find and compare scaffold 3D design software providers, and connect directly with companies that offer design tools, training, and support.
OSHA Compliance & Safety Standards
Design software helps create accurate scaffold layouts, but it does not replace the requirements of OSHA standard 29 CFR 1926.451. Scaffolds must be designed by a qualified person and constructed and loaded in accordance with that design, and certain scaffolds must be designed by a registered professional engineer. Designs should follow the scaffold manufacturer's load data and be reviewed by qualified personnel before erection.
- Scaffolds designed by a qualified person
- Engineer-designed scaffolds where required by height or loading
- Designs based on the manufacturer's components and load data
- Scaffolds erected and loaded in accordance with the design
- Ties, bracing, and base support shown on the drawings
- Designs updated when site conditions or scope change
1926.451
Scaffolds — General Requirements — U.S. Construction Regulations
OSHA Interpretations & Rulings →