Sanfan Design
Motion Designer & 3D Artist
SaaS · AI · Technology · Product Visualization
Independent creative studio with nearly 20 years of experience.
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| FEATURED WORK | Year | Action |
|---|---|---|
| Nebula AI – Intelligent Workflows | 2026 | |
| Nebula AI – Intelligent Automation | 2026 | |
| Pet Cooling Vest | 2026 | |
| 2025 Demo Reel – 3D Animation | 2025 | |
| Zeiss Kids' Eyewear | 2025 | |
| Cooling Vest | 2026 | |
| Cooling Tumbler | 2026 | |
| EliteCT 20M | 2025 |
Nebula AI is a self-initiated SaaS product concept created as a complete visual exploration of how complex AI-driven technology can be communicated through motion, design, and visual storytelling.
Rather than presenting the platform as a traditional feature-by-feature product explainer, the film focuses on creating a more engaging and brand-driven visual experience — making a complex SaaS system feel clear, tangible, and visually sophisticated.
The film opens with multiple system elements, including data, APIs, security, databases, and other digital capabilities, gradually coming together to form the Nebula AI platform.
The story then focuses on one of its key capabilities: AI-powered auto-scaling.
As API demand continues to increase and a traffic spike occurs, real-time monitoring detects the change. Nebula AI automatically scales the required resources, allowing the system to maintain stable performance and responsive APIs.
This workflow — rising demand → real-time detection → automatic scaling → stable performance — provides a clear example of how complex technical logic can be transformed into an engaging visual narrative.
The visual language of Nebula AI is built around frosted glass, translucent materials, depth, lighting, refraction, and flowing data.
Rather than treating the UI as flat information displayed on screen, the interface is integrated into a spatial environment through camera movement, lighting, animation, and compositing. This creates a stronger sense of depth and gives the digital product a more tangible visual presence.
The blue-purple color palette, glass materials, and flowing data elements work together to establish a cohesive technology-focused visual identity for the product.
The project was developed independently from concept and visual direction through animation and final compositing.
Key areas of production included:
The film was primarily produced in Adobe After Effects, with Cinema 4D used for selected 3D elements and animation.
For me, Nebula AI was more than a SaaS animation exercise.
It was an exploration of how a complex technology product can be developed from product logic and visual structure into a complete visual experience.
The project demonstrates my ability to work across product understanding, visual design, 3D, motion design, visual effects, and post-production, bringing the different stages together into a cohesive final piece.
Nebula AI is a conceptual AI-powered platform designed to streamline complex tasks and enhance productivity through intelligent automation and multi-task orchestration.
This 29-second promotional film explores a refined visual approach to AI technology, combining clean compositions, sophisticated blue-purple gradients, translucent glass elements, and modern UI presentations to create a cohesive and premium visual experience.
The visual direction balances clarity, elegance, and technological sophistication. A consistent color palette, carefully structured compositions, and layered visual elements establish a distinctive identity throughout the film.
Abstract 3D forms and dynamic graphic elements are integrated with interface visualizations to translate complex AI concepts into accessible and engaging imagery. Each scene is designed to maintain visual continuity while introducing variation in composition, motion, and information flow.
The film combines fluid motion graphics, spatial transitions, and UI-focused animation to communicate the platform's intelligent workflows and multi-task capabilities.
From the opening visual sequences to the presentation of the platform dashboard, the animation connects abstract technology concepts with a more tangible product experience. The interface elements and motion transitions work together to guide the viewer through the visual narrative without overwhelming the presentation.
The project brings together motion design, 3D-inspired visual treatments, interface animation, editing, voice-over, music, and sound design into a unified audiovisual experience.
Particular attention is given to visual consistency, pacing, transitions, and sound integration to ensure that the final film feels cohesive, polished, and purposeful.
Creative Direction & Visual Development
Motion Graphics & 3D-Inspired Visual Design
UI Animation & Dashboard Visualization
Editing & Post-Production
English Voice-Over, Music & Sound Design
A concise product film demonstrating how thoughtful visual design and motion can communicate the potential of AI-powered workflows.
Cooling Vest is a product visualization film created to explore how a physical product and its cooling technology can be communicated through 3D visualization, animation, and visual storytelling.
Rather than simply presenting the appearance of the vest, the film focuses on revealing the technology and structure behind the product. It visualizes the cooling components, internal construction, insulation layers, cooling areas, and different usage configurations, helping transform an otherwise invisible cooling process into a clear and engaging visual experience.
The film begins with the overall product, gradually moving into its internal structure and cooling system. Through detailed 3D visualization, exploded views, thermal effects, and human-body visualization, the story connects the physical construction of the vest with its intended cooling function.
The film then introduces different cooling configurations before transitioning into real-world applications, showing how the product can be used across a range of warm and demanding environments.
The visual language of the Cooling Vest is built around detailed 3D product visualization, technical animation, thermal visualization, controlled lighting, and commercial product cinematography.
Rather than treating the vest as a static 3D model, the product is presented as a complete visual system. Camera movement, close-up shots, material definition, exploded views, and spatial separation are used to reveal details that would normally remain hidden inside the finished product.
Thermal visualization provides a second visual language, allowing heat and cooling effects to be represented visually and connecting the product's internal technology with the human body.
The combination of physical product visualization and thermal effects creates a clear progression from what the product is, to how it works, and where it can be used.
The project was developed as a complete product visualization film, covering the product from structural presentation through to real-world application.
Key areas of production included:
The project combines 3D product visualization, technical communication, animation, visual effects, and post-production into a single commercial product film.
For this project, the main challenge was to make an invisible technology visible.
The cooling effect, internal structure, insulation, and interaction between the product and the human body cannot be fully communicated through exterior product photography alone.
The film therefore uses 3D visualization and visual effects to move beyond the physical appearance of the vest and reveal the technology behind it.
The overall visual narrative follows a simple progression:
Product → Structure → Cooling Technology → Human Body → Application
The project demonstrates my ability to take a physical product with complex technical characteristics and develop it into a clear, engaging, and commercially focused visual experience — from product visualization and technical animation through to final compositing and editing.
Pet Cooling Vest is a product-focused commercial film designed to showcase a pet cooling vest through cinematic storytelling, detailed product visualization, and real-world application.
The film opens with a cinematic sequence featuring a dog experiencing heat and discomfort. Through dramatic lighting, the appearance of the cooling vest, and the visual dissipation of heat, the narrative transforms the product into the solution. This is followed by a detailed breakdown of the vest's construction, material layers, and cooling technology, before moving into a real-world lifestyle scene.
The goal is to make the product's purpose and value immediately understandable while creating a visually engaging presentation that supports product marketing.
The opening sequence uses a dark environment, controlled lighting, and atmospheric effects to create a cinematic mood while minimizing unnecessary background distractions. The visual narrative moves from heat and discomfort to cooling and relief, using the product reveal as the key turning point.
AI-generated imagery was used to achieve realistic animal movements and cinematic visual effects that would be time-consuming to produce through a fully traditional 3D workflow. The transition into technical product visualization introduces a more precise and informative visual language, maintaining a balance between emotional storytelling and product-focused communication.
AI-Assisted Cinematic Sequences — MiniMax H3
Used locally deployed MiniMax H3 to generate the cinematic opening and real-world application scenes. Custom scripts and carefully prepared multi-angle reference images were used to guide the generation process and maintain consistency between the dog and the product.
3D Reference Development — Cinema 4D
Created and posed 3D reference models, including character setup, rigging, weight painting, lighting, and rendering. Front, side, and perspective views were prepared to establish the product's shape, fit, and relationship with the dog before AI generation.
3D Product Visualization — Cinema 4D
Developed detailed product visuals to present the vest's design, construction, material layers, and cooling-related features with greater structural accuracy and visual control.
Compositing & Post-Production — After Effects
Integrated and refined visual elements, supporting the transition between cinematic imagery and technical product demonstrations while maintaining a cohesive visual presentation throughout the film.
This project explores a hybrid production workflow combining locally deployed AI video generation, 3D reference development, product visualization, and compositing. Each technique was selected according to the needs of the shot: AI for cinematic realism and natural animal performance, and traditional 3D and post-production for precise product representation and technical storytelling.
The result is a product-focused commercial that brings together cinematic appeal, clear product communication, and a practical approach to visual production.
ZEISS Kids' Eyewear is a 3D product visualization film created to present a range of children's eyewear designed for different age groups and wearing requirements.
The film showcases small, medium, and older children's eyewear, focusing on the balance between product design, comfort, durability, adjustability, and everyday wear.
Rather than presenting the glasses as static product images, the film uses detailed 3D visualization, close-up product shots, camera movement, and technical feature visualization to highlight the construction and design details of each frame.
The film introduces features including flexible hinge construction, adjustable temples, silicone nose pads, and lightweight frame materials. Each feature is presented through dedicated close-up sequences that allow the viewer to clearly understand both the design and functional purpose behind the product.
The film concludes by bringing the different frame designs together and positioning the eyewear as a solution designed specifically for children's everyday vision needs.
The visual language of the film is built around clean 3D product visualization, soft lighting, precise materials, controlled camera movement, and premium commercial presentation.
The glasses are presented against a minimal, bright environment that keeps attention focused on the product itself. Close-up camera work emphasizes the details of the frames, hinges, nose pads, temples, and material finishes.
Rather than relying on traditional product photography, the 3D environment allows the camera to move freely around the glasses and reveal their construction from angles that are difficult to achieve with conventional photography.
The combination of clean composition, soft lighting, transparent materials, and detailed product rendering creates a refined visual language that reflects the precision and quality associated with the ZEISS brand.
The project was developed as a complete 3D product visualization film, covering product presentation, technical feature visualization, animation, lighting, rendering, and final compositing.
Key areas of production included:
The project demonstrates the ability to transform detailed eyewear products into a polished commercial presentation while maintaining focus on both product aesthetics and functional design.
For this project, the focus was on showing how children's eyewear can combine comfort, adjustability, durability, and refined product design within a single visual experience.
Different frame designs and age groups are introduced progressively, while individual product features are presented through detailed 3D close-ups.
The film demonstrates how 3D visualization can go beyond simply showing what a product looks like — it can also reveal how the product is designed, how its components function, and why those details matter to the user.
The project brings together product visualization, technical communication, animation, lighting, rendering, and post-production to create a clean and premium commercial presentation for children's eyewear.
Cooling Tumbler is a product visualization film created to present a reusable insulated tumbler designed to provide a convenient and refreshing drinking experience in everyday and active environments.
Rather than simply showcasing the appearance of the tumbler, the film focuses on the product's cooling performance, internal construction, sealing system, usability, and practical design details.
The film begins by introducing the product through a series of refined product shots and color variations, establishing its overall form and visual identity. It then moves into detailed 3D visualization of the internal structure and key functional components, revealing how the product is designed to support longer-lasting cooling.
One of the key features presented in the film is the Ice Lock system, which is designed to enhance the cooling experience and help maintain a cold drink for longer. The internal structure is visualized through exploded views and close-up animation, making the technology behind the product easier to understand.
The film also demonstrates how the tumbler can be filled directly with water, while its practical construction and flexible components are presented through detailed product animation.
The final section moves from technical product visualization into everyday use, showing the tumbler being used outdoors and during physical activity. This connects the product's functional design with a simple and refreshing real-world drinking experience.
The visual language of the Cooling Tumbler is built around clean 3D product visualization, soft commercial lighting, detailed materials, controlled camera movement, and minimal lifestyle presentation.
The product is presented against a bright, atmospheric environment that creates a sense of freshness while keeping the tumbler as the visual focus.
Close-up shots are used to emphasize the surface finish, lid, opening mechanism, internal structure, and other functional details. Exploded views and transparent product visualization allow the camera to move beyond the exterior and reveal how the different components work together.
The transition between technical 3D visualization and live-action lifestyle scenes creates a clear connection between product engineering and everyday experience.
The project was developed as a complete commercial product visualization film, covering product presentation, internal structure visualization, functional feature animation, and real-world application.
Key areas of production included:
The project combines 3D product visualization, technical communication, animation, visual effects, and post-production into a cohesive commercial product presentation.
For this project, the focus was on showing how a seemingly simple everyday product can contain a carefully designed internal structure and functional system.
The film moves beyond the exterior appearance of the tumbler to reveal the cooling system, internal construction, sealing design, and practical usability through 3D visualization.
The overall visual narrative follows a clear progression:
Product → Design → Internal Structure → Cooling Function → Usability → Real-World Experience
By combining detailed product visualization with lifestyle imagery, the project demonstrates how 3D animation can communicate both the technical value of a product and the experience it is designed to provide.
The final film brings together product visualization, animation, lighting, rendering, compositing, and editing to create a clean and commercially focused visual presentation for the Cooling Tumbler.
2025 Demo Reel – 3D Animation is a curated collection of 3D visualization, product animation, technical visualization, and motion design work developed across different industries and visual styles.
Rather than focusing on a single product or project, the reel brings together selected work from automotive, medical technology, consumer products, eyewear, and technical visualization, demonstrating how different products and technologies can be translated into engaging visual experiences through 3D and motion.
The reel moves between cinematic product presentation, detailed technical visualization, medical imaging, abstract technology graphics, and commercial product shots. Each sequence uses a different visual approach while maintaining a consistent focus on form, materials, lighting, camera movement, animation, and visual storytelling.
Together, these projects demonstrate the ability to adapt 3D visualization and motion design to different types of products — from highly technical medical systems to refined consumer products and automotive design.
The visual language of the reel combines cinematic 3D product visualization, technical animation, controlled lighting, detailed materials, motion graphics, and visual effects.
Automotive sequences emphasize dramatic lighting, reflections, camera movement, and dynamic environments to create a strong commercial presence.
Medical and technical sequences take a more precise approach, using internal structures, scanning processes, medical imaging, data visualization, and visual effects to communicate technologies that are not directly visible from the outside.
Consumer product and eyewear sequences focus on refined materials, clean compositions, close-up details, and controlled camera movement, creating a more premium and product-focused presentation.
The combination of these different visual languages demonstrates the flexibility to move between commercial, technical, cinematic, and product-oriented visual styles while maintaining a cohesive level of visual quality.
The reel brings together work covering a broad range of 3D and post-production disciplines:
The projects were developed across Cinema 4D, Adobe After Effects, and other post-production workflows, combining 3D production with motion design, VFX, lighting, rendering, compositing, and editing.
For this reel, the focus is not on a single product, but on demonstrating the ability to work across different products, industries, and visual requirements.
From automotive design and medical imaging to technical components and consumer products, each project requires a different balance between visual impact, product accuracy, technical communication, and commercial presentation.
The overall range can be summarized as:
Product → Structure → Technology → Visualization → Motion → Final Presentation
The reel demonstrates a complete approach to 3D visual production — from product understanding and visual development through modeling, materials, lighting, animation, rendering, visual effects, compositing, and final editing.
It represents the broader foundation behind my work as a 3D Animator, Motion Designer, and Visual Artist, rather than a single specialized production skill.
EliteCT 20M is a medical CT system visualization film created to present the design, technology, and imaging workflow of a modern computed tomography system through 3D visualization and cinematic product animation.
Rather than simply presenting the CT scanner as a piece of medical equipment, the film focuses on revealing the relationship between the machine's physical structure and the imaging process behind it.
The film introduces the CT system through detailed product shots, highlighting the gantry, patient table, imaging components, and overall mechanical design. The visualization then moves beyond the exterior of the machine to communicate the scanning process and the technology involved in generating medical images.
Through a combination of 3D product visualization, internal system visualization, animated scanning sequences, and medical imaging graphics, the film transforms a complex medical imaging system into a clear and visually engaging product story.
The sequence connects the physical CT system with the imaging process, showing how the equipment, scanning motion, and image reconstruction work together as part of a complete diagnostic workflow.
The visual language of EliteCT 20M is built around precision 3D product visualization, medical technology visualization, controlled lighting, detailed materials, and cinematic camera movement.
The CT system is presented with a clean and highly controlled visual environment, allowing the geometry, materials, mechanical components, and structural details of the equipment to remain the focus.
Close-up shots emphasize the precision of the gantry and other key components, while wider camera movements establish the scale and overall industrial design of the system.
For the imaging sequences, the visual language shifts from physical product presentation toward abstract technical visualization. Scanning motion, internal structures, and medical imaging data are represented through animation and visual effects, creating a connection between the physical machine and the invisible imaging process taking place inside it.
This combination of physical product visualization and invisible technology visualization gives the film both a strong commercial appearance and a clear technical character.
The project was developed as a complete medical equipment visualization film, covering product presentation, technical visualization, animation, lighting, rendering, visual effects, and final compositing.
Key areas of production included:
The project combines industrial product visualization, medical technology communication, 3D animation, visual effects, and post-production into a cohesive commercial presentation.
For this project, the central challenge was to make a complex medical imaging system understandable through visual storytelling.
A CT scanner combines sophisticated mechanical structures, imaging components, scanning motion, and digital image reconstruction — much of which cannot be directly observed from the outside.
3D visualization provides a way to reveal these processes and connect them with the physical equipment.
The overall visual narrative follows a clear progression:
Medical System → Product Structure → Scanning Process → Imaging Technology → Medical Visualization
The project demonstrates my ability to take a technically complex medical device and translate its industrial design, internal technology, and imaging workflow into a clear and engaging visual experience.
By combining detailed 3D product visualization with technical animation, medical imaging graphics, lighting, rendering, compositing, and editing, the film presents EliteCT 20M as both a sophisticated piece of medical technology and a refined commercial product.