Prolink develops 3D objects for AR and VR applications to enable users to experience a new dimension of interaction with products, spaces and information. The process begins with an analysis of project requirements, client goals and technical constraints, defining the level of detail, visual style, animation needs and optimisation standards necessary for stable and realistic performance.
Project analysis and definition of 3D specifications
The first stage involves a detailed understanding of the environment in which the 3D object will be used. It includes examining whether the object will appear in mobile AR applications, VR simulations, web-based viewers or advanced interactive installations. Based on this, technical specifications such as polygon count, texture resolution, lighting maps and performance targets are determined to ensure smooth real-time rendering.
3D modelling driven by precision and realistic proportions
Modelling represents the foundation of the process, where each 3D object is crafted by carefully shaping forms, volumes and proportions that accurately reflect the real product or concept. Depending on the project’s needs, the model may be minimalist and stylised or highly detailed to showcase internal components. Prolink applies modelling techniques that balance high visual fidelity with optimal real-time performance.
Texturing and digital material creation
After modelling, textures are developed to define the surface characteristics of the object. This stage includes creating materials that simulate metal, glass, wood, fabric or composite surfaces, with a focus on realism and visual credibility. Textures are optimised to maintain quality while ensuring that the AR or VR experience remains fast and responsive.
Rigging and preparation for animations
When the project requires movement, the object undergoes rigging, a process of building an internal structure that enables natural motion. This step is essential for objects used in educational tools, simulations, industrial demonstrations or presentations where mechanisms, processes or transformations must be visualised with accuracy.
Animation integration for an interactive user experience
Animations are created to be smooth, convincing and synchronised with actions within the AR or VR application. They can demonstrate opening mechanisms, structural changes, component movement or interactive reactions based on user input. The goal is to create experiences that feel natural and encourage users to explore the object from every angle.
Optimisation for real-time AR/VR performance
Optimisation is crucial for achieving stable performance, especially on mobile devices. This stage includes reducing polygon counts without losing visual clarity, compressing textures, refining materials and ensuring compatibility with ARKit, ARCore, WebXR and various VR engines. The objective is to achieve the ideal balance between aesthetics and performance.
Development and testing on a dedicated development server
To ensure transparency and collaborative development, all 3D objects are posted on a dedicated development server accessible to the client at all times. This allows live previews, detailed feedback and real-environment testing within the AR/VR application. Testing is performed on multiple devices with different resolutions and processors to guarantee complete stability.
Integration of 3D objects into AR/VR applications and systems
Once created and optimised, the 3D objects are integrated into AR or VR systems and connected to interactive functions, animations, navigation components and user controls. This process includes verifying behaviour across all usage scenarios and refining interactions to ensure a natural sense of depth, presence and spatial immersion.
Use of 3D objects in education, presentations and simulations
3D objects developed for AR and VR can be used for educational simulations, product presentations, technical demonstrations and interactive marketing experiences. Their role is to clarify complex concepts, support better understanding and provide a level of experience that traditional media cannot offer.
Creating value through spatial interaction
High-quality 3D objects are not merely visual assets but essential components of AR and VR experiences that influence comprehension, engagement and overall perception of the content. Their precision and authenticity contribute directly to brand credibility and elevate the application’s professional impact.
A new perspective for your AR/VR presence
If you want to present your products, processes or ideas through AR or VR in a way that leaves a strong impression and offers a completely new experience, Prolink will create 3D objects that combine technical precision, visual quality and real-time performance. This approach opens opportunities for innovative presentations and interactions that give your brand a new dimension.