We develop 3D product configurator software for manufacturers and distributors. Let customers choose valid product options in the browser, with pricing and material outputs defined for your catalogue.
Explore live systems ↓Discuss your configuratorConfiguration software for manufacturers and distributors. Product previews are examples, not supplier quotations.
Geometry separates into glazing, profiles, seals and thermal layers—turning a finished product into legible engineering.
Interior and exterior finishes, dimensional constraints and product behavior remain synchronized as one configuration state.
Every deployment is built on the same connected commercial and spatial foundation—even as the product category changes.
The approved visual state resolves into an exact component structure: profiles, panels, glass, hardware, accessories and quantities ready for downstream work.
03 / Platform thesis
A product configurator connects the 3D model to dimensions, compatible options and product rules. Pricing, a bill of materials and data handoff are defined around your sales process, with scope and interfaces agreed before implementation.
These working examples show product logic you can inspect. They are not customer revenue results or quotations for physical products.
360Configurator was selected among the 40 startups taking part in How to Web Spotlight 2024. Read the organiser’s announcement.
Follow the documented 10 × 7 m roof example from dimensions and covering rules to calculated quantities and CSV export. The inputs and calculation assumptions are available to inspect.
Inspect the technical roof exampleChoose from nine box styles, change the dimensions and compare native closures, opening behaviour and board papers in the full configurator.
Explore the box stylesFor your catalogue, the rules, outputs and integrations are reviewed against your actual products before implementation.
Try the lite previews, then open a full configurator to inspect its supported workflow. These examples help us assess what your catalogue can reuse and what needs adaptation.
Exact system constructionConfigure the Schüco Window System AW CT 65 B2-6 from its actual extrusion profiles, glazing, seals, bead and hardware relationships. The preview preserves the construction logic of the selected system rather than approximating it with a generic window asset.
Gasket 224378
Bead 573930See the engineering inside the product.
A high-fidelity technical configuration environment for architectural profile systems, bicolor finishes, opening behavior and exploded assembly analysis.
Parametric building envelopeLength, span, eaves height and roof pitch rebuild the complete industrial volume while maintaining a coherent portal-frame system, ridge geometry and usable internal clearance.
Configure the envelope. Resolve the structure.
A parametric industrial-building system that coordinates portal frames, secondary steel, cladding and access geometry in one responsive spatial model.
Parametric perimeter layoutBuild straight, L-shaped, U-shaped or closed perimeter arrangements from measurable runs and corner angles. Every change rebuilds the full fence path while preserving a coherent relationship between endpoints, corners and installation geometry.
Define the boundary. Resolve every bay.
A parametric fence configurator that coordinates perimeter layout, bay spacing, panel construction, finishes, access gates and foundation logic in one measurable 3D system.
Measured areaAdjust length from 1 to 4 m and width from 1 to 3 m. The website reports the rectangular area, not a purchasing quantity.
Choose the pattern. Measure the surface.
Compare paving formats, patterns and colours on a bounded rectangular area. The website uses a lightweight photo/2D illustration and reports area. Open the full 3D prototype for house exclusions and installed-piece quantities.
Parametric structureDefine the pergola footprint, overall height and installation condition while posts, beams, spans and concealed drainage rebuild as one coordinated structure. Dimensional changes remain connected to the physical assembly instead of simply stretching a decorative model.
Engineer daylight. Configure atmosphere.
A browser-based 3D pergola configurator for freestanding and wall-mounted systems, combining parametric dimensions, louver control, side enclosures, environmental preview, accessories and live estimated pricing.
Five roof typologiesMove between two-slope, four-slope, single-slope, L-shaped and dormer roof families inside one rule-driven scene. Each typology is generated as meaningful geometry, allowing the same configurator to resolve very different architectural conditions without relying on a fixed model library.
Complex geometry. Buildable answers.
A rule-driven architectural configurator that turns roof shape, dimensions and material systems into measurable geometry and production-ready outputs.
Address-aware solar contextResolve a Romanian project address into geographic coordinates and use that location as the context for solar position, sunrise, sunset and regional production assumptions.
Model the roof. Simulate the energy day.
A location-aware photovoltaic configurator connecting roof geometry, panel fit, real solar position, household demand and battery storage in one visual energy model.
Wood finishesCompare warm oak, darker timber and painted tones across the chair frame.
Find the finish. See the whole chair.
Compare wood colours and upholstery on a furnished 3D chair. Explore the material combination from every angle, then open the full configurator for more wood and fabric options.
Box structuresExplore all nine original box styles, with their FEFCO references, dimensions and compatible closures.
Size the box. Explore the closure.
Explore corrugated packaging in 3D. Adjust box dimensions, compare shipping and lid styles, and inspect the opening before continuing to board specification and decoration in the full configurator.
Connected modulesChoose a bounded run of two to four modules in this preview. Connections follow the module sequence.
Build the run. Turn the corner.
Arrange connected bookshelf modules in a straight or L-shaped run. Compare two dimensional families, wood finishes and door options using geometry adapted from the client-specific modular system.
Product dataExisting CAD, drawings, component records and product knowledge become the technical source for the system, preserving the manufacturing reality that already defines your commercial product.
Begin with the product you already manufacture—not a software template.
We map its geometry, options, compatibility rules, pricing and outputs into a configuration system engineered for the way your business actually works.
A browser-native spatial interface governed by the product’s real dimensions, dependencies and compatibility rules.
↗Every visual selection enters the commercial model immediately—without a spreadsheet handoff between customer and sales.
↗Approved geometry becomes a precise BOM and a component-level state that downstream teams can actually use.
↗The configured product moves forward as a clear, customer-ready commercial record for connected business systems.
↗Products, geometry, dependencies and commercial intent.
Parametric logic, assets, pricing and production resolution.
A spatial configurator integrated into the systems you already use.
Bring us the product that is too configurable, too technical or too difficult to explain. That is where spatial systems become valuable.
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