3D Blood Treatment Process Animation

I need a single, self-contained 15-minute 3D animation that clearly demonstrates how my blood-treatment device works—from the moment blood enters the vein, through an external treatment circuit, and back into the body.

Here’s the visual journey I want to capture:
• Begin inside a living vein, showing realistic blood flow.
• Zoom in on red cells, plasma, platelets, and other components so viewers appreciate what is being treated.
• Transition to the point where blood is drawn out and routed through the external circuit.
• Illustrate each treatment stage (filtration, chemical or light exposure, etc.—I will brief you on the exact steps).
• Finish with the treated blood re-entering the vein, highlighting improvements in clarity and composition.

I don’t yet have a script or storyboard, so I’ll rely on you to translate my verbal brief into a tight narrative and visual plan. Once we agree on the storyboard/animatic, you’ll move into full-quality modelling, texturing, lighting, animation, and final compositing. The style must be scientifically accurate yet engaging, similar to high-end medical visualisations you might see in surgical device demos.

Deliverables
1. A reviewed and approved storyboard/animatic (PDF or MP4).
2. The final 15-minute 3D animation in 1080p (or higher if feasible), ready for presentation.
3. All working files (Blender, Maya, Cinema 4D, or comparable), organised and clearly labelled.

I’ve allocated roughly 15 K to cover the full production, split across milestones for storyboard sign-off, first full draft, and final delivery. Please share relevant medical or scientific animation samples and outline your proposed workflow and timeline so we can get started right away.