3D Development — Singapore
Build What Cameras
Can't Capture
Product visualisation, explainer animation, and motion graphics for complex ideas that live footage can't communicate.
What We Do
When Live Footage Isn't Enough
Some things can't be filmed. The working interior of a turbine. The structure of a molecule. A product still months from manufacture. 3D and animation exist to fill that gap. They translate technical complexity into something an audience can actually grasp and act on.
We produce 3D visualisation and animation for product launches, training content, corporate communication, and brand storytelling. Every project starts with a clear picture of what the audience needs to understand. That objective drives every creative and technical decision from model to final render.
Where 3D Earns Its Place
Where 3D Goes Beyond the Camera
Some ideas live outside what a camera can capture. 3D builds the visuals that have only existed in your head.
Inside the Machine
Moving parts too confined to reach. Hazardous environments. Machinery that can't be stopped for a camera crew. 3D recreates operating interiors at any level of detail, without halting production or risking equipment.
Below the Threshold
Molecules, cells, nanostructures, and data flows exist below the resolution of any lens. 3D builds them at visible scale: scientifically grounded, precisely detailed, designed for communication rather than illustration.
Before It Exists
Products in development. Facilities not yet built. Scenarios that haven't happened. 3D renders what's coming so stakeholders can see, evaluate, and approve the outcome before any physical commitment is made.
How We Work
Five Phases No Surprises
Client sign-off gates each stage before the next begins. What you approve at each checkpoint is exactly what gets built.
Creative Brief & Reference Gathering
We start with what you need the audience to understand. Not what looks technically impressive. Objectives, technical scope, visual style, and audience are defined before a single polygon is placed.
For 3D projects, blueprints and engineering drawings accelerate the modelling phase significantly. For animation, mood boards and reference clips establish the visual tone before creative work begins.
3D Modelling & Structure
The digital sculpting phase. Every surface, edge loop, and polygon is built from reference. Think of it as physical sculpting, except the clay is mathematics.
The level of detail is calibrated to final use. Broadcast film demands higher mesh density than a real-time simulation. That directly affects render time and production cost. Every decision is made with the end deliverable in mind.
What gets built in this phase:
- › Complete surface geometry and edge flow
- › Mechanical joints and moving sub-assemblies
- › High-detail surfaces for close-up render shots
- › Separate meshes scoped for material assignment
- › Rigging topology for models that will be animated
Texturing & Material Development
Colour, reflectivity, roughness, and physical surface properties are mapped to the geometry. This is the phase that turns a grey mesh into brushed steel, matte rubber, or optically-correct glass.
Material development uses PBR (physically-based rendering) pipelines, custom-painted texture maps, and real-world reference photography. Every material is engineered to interact correctly with the lighting setup. The goal is physical plausibility. A surface that only looks right at first glance falls apart on close inspection.
Animation & Scene Assembly
The model gets motion. Keyframes determine how objects move; the camera determines how the viewer experiences that movement. Lighting choreography, scene composition, and timing all happen here.
For character animation, this is the most craft-intensive phase. Rig drives, weight painting, and motion curves all determine whether the final motion reads as believable. For product visualisation, camera angle, depth of field, and lighting setup define the narrative of the shot.
Rendering & Final Delivery
Every frame is computed: spatial geometry, material properties, light paths, and camera data are resolved into a final pixel output. Complex scenes with ray-traced lighting can take minutes to hours per frame at broadcast resolution.
Output is formatted for your intended use: web, broadcast, presentation, or print. For animated sequences, final grade, audio, and motion finishing are applied before export in your specified file formats and aspect ratios.
Capabilities
What We Build
Product Visualisation
Photorealistic renders for product launches, packaging, and investor decks. Indistinguishable from a live shoot, and built before a physical prototype exists.
Explainer Animation
Technical processes, system walkthroughs, and how-things-work narratives. Translates complexity into something any audience can follow in under two minutes.
Motion Graphics
Data visualisation, broadcast graphics, UI/HUD animations, and brand motion. Built to carry information efficiently at any screen size.
Architectural & Spatial
Virtual walkthroughs, spatial concepts, and pre-construction visualisations. Show a facility, product, or environment before ground is broken.
Medical & Scientific
Molecular structures, anatomical systems, and technical schematics. Built with scientific reference, designed for clinical communication or public audiences.
VFX & Compositing
3D elements integrated with live footage. Product placements, visual effects shots, and hybrid productions, all composited and finished in-house.
FAQ
Frequently Asked Questions
What does 3D development cover at DHP?
The full range, from a single hero render for a product launch to multi-shot 3D film for technical communication. Photorealistic product renders. Architectural visualisation. Technical and medical 3D. Character animation. 3D integrated into live action. Whatever the camera cannot capture, we build.
How much does 3D animation cost in Singapore?
The same principle: budget shapes scope, not quality. Most 3D projects at DHP fall between SGD 10,000 and SGD 80,000, but the right answer is driven by what you are showing and how it has to feel. A single product render for a launch sits at one end. A photorealistic 3D film with custom modelling, lighting, and animation sits at the other. We size the work to your goal.
How long does a 3D production take?
Most 3D projects take six to twelve weeks. Modelling and texturing build the world. Animation, lighting, and rendering bring it to life. Two revision rounds happen at clear stages so you can give the right notes at the right moment. Photorealistic work takes longer because of the rendering compute, but the result is film that holds its own next to live action.
Can you produce photorealistic product renders?
Yes, and for many products this is the smarter choice. Photoreal 3D is often more flexible than a physical photoshoot when the product has not been manufactured yet, or when features need to be shown that are hard to photograph. The same model can produce hero stills, animation, lighting variants, and angle changes without a single reshoot.
Do you work with engineering or CAD data?
Yes. We accept CAD data as a starting point and optimise it for animation and rendering. Engineering CAD usually contains too much detail for performant 3D, so we rebuild key features for visual fidelity while preserving accurate proportions. This is common for medical devices, industrial equipment, and architectural projects where accuracy matters.
What 3D software do you use?
We work across industry-standard tools, including Cinema 4D, Blender, Maya, and Houdini for animation, with rendering through Octane, Redshift, and Cycles. Software choice is driven by the shot, not by brand preference. The tool serves the work, not the other way around.
Can 3D be combined with live-action footage?
Yes, and increasingly this is where the most ambitious work lives. We integrate 3D into live-action shots, either as composited objects in the environment or as full 3D extensions of a filmed scene. This is common for product reveals, manufacturing walkthroughs, and brand films where the real and the rendered have to coexist convincingly.
What industries commission 3D work most often?
Pharmaceutical and medical device companies for product and procedure visualisation. Manufacturing and engineering for facility and process explanation. Real estate developers for unbuilt project visualisation. B2B technology for product simulation. Consumer brands for premium product launches. The common thread is showing something cameras cannot.
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