3D Modelling Services in Malaysia

Clover Technology's 3D modelling services cover product design, real estate, gaming, automotive, F&B, and the digital art and NFT market. Product companies receive prototype and packaging models ready for manufacturing review or e-commerce listings. Real estate clients get architectural 3D models and interior visualisations for sales presentations and virtual tours. Gaming and NFT clients receive character, environment, and asset models built to platform specifications and polygon budgets. We scope each project around the sector's typical output format and technical requirements. Contact us to discuss your industry's specific needs.

We build 3D models using Blender, Autodesk Maya, 3ds Max, and ZBrush, with the tool selected based on project type and output requirements. Blender handles product modelling, architectural scenes, and rendering workflows. Autodesk Maya and 3ds Max are used for complex animation and visual effects pipelines. ZBrush manages high-detail organic sculpting for character and creature work. For AR/VR, we optimise assets to platform polygon budgets and real-time engine requirements. All tools export to standard formats — OBJ, FBX, STL, and GLTF — ensuring compatibility with your production workflow.

3D modelling costs in Malaysia depend on model complexity, level of detail, and intended use. Simple product models for e-commerce or prototyping start at a lower price point, while detailed architectural renderings, character models with rigs, or full AR/VR asset packs require more budget. Factors affecting price include polygon count, texture resolution, number of render outputs, and file format requirements. Clover Technology provides a custom quote after reviewing your brief and technical specifications. Contact us at hello@clovertechnology.co or through our contact page to request a project estimate.

Timelines for 3D modelling projects range from 3–5 business days for simple product models to 4–8 weeks for complex architectural scenes, character models, or full AR/VR asset packages. Key variables include model complexity, the number of assets required, and revision rounds. Clover Technology provides an estimated timeline after reviewing your brief and scope. For time-sensitive projects, we accommodate expedited schedules where feasible. To receive an accurate timeline for your 3D modelling services engagement, contact us with your reference files and target delivery date.

Yes, Clover Technology builds 3D models specifically optimised for augmented and virtual reality use. AR/VR assets require reduced polygon counts, baked textures, and PBR-compatible materials to run efficiently in real-time engines. We build and test models for compatibility with Unreal Engine, Unity, and WebGL-based platforms. Typical use cases include product visualisation apps, virtual showrooms, training simulations, and interactive gaming environments. Our AR/VR 3D asset creation workflow includes LOD (level of detail) planning so models perform correctly across device types. Share your platform and engine requirements and we'll scope the asset package accordingly.

Yes, Clover Technology prepares 3D models for physical production via 3D printing. Print-ready models require watertight geometry with no holes or non-manifold edges, appropriate wall thickness, and file export in STL or OBJ format compatible with commercial print services. We validate models against these technical requirements before delivery, reducing the risk of print failure on your end. Whether you need a product prototype, an architectural scale model, or a custom component, we build and export print-ready files. Provide your printer specifications and material requirements at brief stage so we can prepare the geometry correctly.

Clover Technology delivers 3D models in all major output formats — OBJ, FBX, STL, GLTF/GLB, and Blender-native .blend files — depending on your downstream workflow. OBJ and FBX are standard for rendering and animation pipelines; STL is required for 3D printing; GLTF/GLB is the preferred format for web-based AR/VR applications. If your project requires a specialist format such as DWG for architectural use or USD for VFX pipelines, confirm this at brief stage and we'll verify compatibility. All deliveries include associated texture maps, UV layouts, and source material files.

Yes, revisions are included in Clover Technology's 3D modelling process. After each key stage — concept approval, model construction completion, and final rendering — we share outputs for your review and apply feedback before proceeding. The number of included revision rounds is agreed in the project scope at the start. For significant directional changes after a stage is approved, additional revision time may apply. Providing detailed reference materials and clear specifications at brief stage minimises the need for major revisions later. Contact us to discuss your preferred review structure before the project begins.

3D modelling is the process of building the digital geometry of an object — its shape, structure, and proportions — in three dimensions. 3D rendering is the separate step of applying materials, lighting, and camera settings to that geometry to produce a finished image or animation. Modelling comes first; rendering is the final visual output stage. Clover Technology handles both in-house, from initial model construction through to photorealistic render delivery. If you have existing 3D models and only require rendering, contact us with your file format and we'll confirm compatibility.

To start a 3D modelling project in Malaysia with Clover Technology, contact us at hello@clovertechnology.co or submit a brief through our contact page. Include your project type — product, architectural, character, or AR/VR — along with reference images or drawings, preferred output format, intended use, and target delivery date. We'll review your brief and schedule a discovery call to confirm scope, timeline, and pricing. For multi-asset projects, we may request technical specifications upfront to prepare an accurate quote. Most projects begin within 3–5 business days of scope sign-off.