Product Visualisation. Case Study

OBA Australia
Product Visualisation Library

A complete 3D visualisation system built to represent a full outdoor shading range — including awnings, blinds, and louvre roofs — across multiple products, configurations, and outputs.

Client OBA. Outdoor Blinds & Awnings Australia
Industry Outdoor Shading / Building Products
Deliverable Product Visualisation. 3D Animation & Renders
Used For Product Pages, Digital Sales, Brochure
Output 9 SKUs · matched stills · colour variants
MedEvo Pro retractable roof — 9 colour and fabric combinations showing frame and fabric variation capability
What was delivered

A scalable visual system built across a full product range, not just the flagship.

Most building product manufacturers face the same problem: the primary product gets proper treatment, and everything else is assembled from supplier assets, old photography and inconsistent renders — each produced under different conditions. For this project, every SKU in a nine-product outdoor shading range was visualised within a single system, using consistent lighting, camera discipline and production standards across awnings, blinds and roof structures. The result is a library that behaves like a unified system rather than a collection of individual assets.

Colour Variations

Every variation in the range, visualised clearly.

Every variation in the product range can be visualised clearly — showing how configurations behave and removing guesswork for customers, sales teams, and distributors. When the scene system is already built, generating additional frame and fabric combinations requires material changes, not new geometry.

Shown: MedEvo Pro. Same model. Same light. Same camera. Frame and fabric changed independently — demonstrating the scalability of a system-based approach.

MedEvo Pro retractable roof. Cream frame with Cream fabric MedEvo Pro retractable roof. Cream frame with Cream fabric
Frame
Fabric
Cream · Cream
Awnings Aria · Cleo · Cubebox · Metro

Each product in the range was visualised using a consistent system — allowing individual items to be presented clearly while maintaining alignment across the full catalogue.

Aria — Hood
Folding arm awning extending from the hood cassette. Full travel from retracted to deployed.
Aria — Open Arm
Open-arm configuration without cassette housing. Bracket and arm mechanism shown clearly.
Cleo
Compact folding arm awning with integrated cassette. Clean retraction cycle.
Cubebox
Box-profile cassette awning. Extension animation shows the full housing and arm geometry.
Metro
Pivot arm awning extending from the wall. Demonstrates the single-pivot articulation.
Metro Box
Metro with box cassette housing. Same mechanism, fully enclosed profile.
Outdoor Blinds Wire · Zip · Classic
ScreenTex Wire Guide
Wire-guided roller blind descending. Shows the tensioned side channels and bottom rail.
ScreenTex Zip
Zip track screen blind. Fabric locks into the side channel as it drops.
ScreenTex Classic
Open-sided roller blind. Drop animation shows the fabric roll and bottom rail.
Visualising Adjustable Louvre Systems Across Key States Same camera. Same lighting. Every position.

This sequence demonstrates how adjustable louvre systems behave across key positions — from fully closed to fully open. Each state is presented using a consistent camera and lighting setup to clearly communicate system behaviour, including airflow, light control, and weather protection. This approach is particularly effective for products where movement and internal function are difficult to capture using traditional photography or video.

Adjustable louvre system in sun control position
Sun Control Position
Blades angled to intercept direct solar radiation while maintaining partial light transmission.
Adjustable louvre system in ventilation state
Ventilation State
Blade angle optimised for cross-ventilation. Air passes through the system with minimal restriction.
Adjustable louvre system in closed weather seal position
Closed (Weather Seal)
Blades rotated to form a continuous seal. The system is shown in its fully closed configuration.
Adjustable louvre system in light filtering state
Light Filtering State
Intermediate blade position diffuses incoming light. Demonstrates the range of control between fully open and fully closed.
Adjustable louvre system in fully open position
Fully Open Position
Blades at 90 degrees. Maximum aperture — system shown at full open extent.
MedEvo Pro — Three Configurations SGL · DBL · TRP

The system was also visualised across multiple structural configurations, demonstrating how a single product adapts to different spans and layouts — and how a single scene setup can scale to cover the full range without rebuilding from scratch.

MedEvo Pro — Single Span
Single-span retractable fabric roof. Fabric travels the full length showing the cassette, rafters and integrated gutter profile.
MedEvo Pro — Double Span
Double-span configuration. Two bays sharing a central post and gutter, showing symmetry and increased coverage area.
MedEvo Pro — Triple Span
Triple-span configuration. Three bays for large residential or commercial outdoor rooms, demonstrating the modular scalability of the system.
The Challenge

Nine SKUs. Three product categories. One brief: build a visual system that scales.

Outdoor shading products are structurally complex and difficult to photograph consistently. They are large, often site-installed before documentation is possible, and vary dramatically in form — from a compact roller blind to a wide-span retractable roof structure with integrated drainage and modular bay configurations.

The result, for most manufacturers and dealers, is a product library assembled from mismatched supplier assets and ad hoc photography — each produced under different conditions, at different scales, with different camera approaches. The inconsistency compounds across a catalogue and undermines the visual credibility of the entire range.

The brief was to build a structured 3D visualisation system capable of representing every SKU in the range at the same standard — consistent enough to function across product pages, brochures and sales tools without any output looking out of place. Key requirements
  • Consistent camera language and lighting across structurally different product types
  • Animation that communicates mechanical behaviour, not just form
  • Louvre system states deliverable as a matched still set for direct comparison
  • MedEvo Pro configurations scalable across single, double and triple span from a single scene
  • Outputs structured for reuse across product pages, PDF brochure and digital sales tools
The Approach

Build the system first, animate second

Each product was modelled or rebuilt from supplied geometry with a focus on mechanical accuracy — because an animation that doesn't reflect how the product actually operates provides no communication value.

01 Lock camera language across all products

A consistent camera system was defined before any animation was committed — primary angle, secondary detail angle, and structural context framing. Every product in the range was visualised within this system, regardless of form factor or scale.

02 Animate the mechanism, not just the shape

Folding arm mechanisms, pivot articulation, zip track engagement, and louvre blade rotation were all rigged to reflect actual product behaviour. The animation communicates how each system operates — which is what makes it useful beyond a static render.

03 Structure scenes for variation from the start

Material assignments and scene structures were organised so that colour and configuration variations could be generated without rebuilding geometry. Span additions, frame colour changes, and fabric swaps are handled at the material level — not through separate modelling or animation work.

Outcome

The project delivered a structured 3D visualisation system covering nine product lines across three categories — all produced within a consistent camera and lighting framework. Every output, from individual product animations to louvre state comparisons and multi-span configuration renders, operates as part of the same visual system rather than a set of isolated assets.

Complex product ranges require
more than isolated visuals.

We build structured 3D visual systems that scale across your entire catalogue — ensuring consistency across every product, configuration, and output. If your current library was assembled rather than designed, we can scope what it takes to rebuild it properly.

Free scope & timeline. No lock-in. Get a Free Scope & Timeline
View Case Studies → Typical project range $5,000 – $20,000 AUD
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