Study the device’s functionality, components, and intended use. Understand its target audience (e.g., doctors, patients, or manufacturers).
Collect technical specifications, manuals, CAD files, and reference images of the device.
Identify the animation's goal (e.g., explain functionality, highlight features, or demonstrate use).
Write a clear and concise script, keeping medical terminology simple for the audience.
Sketch or outline each scene to visualize the sequence and transitions in the animation.
Use CAD files or create a detailed 3D model from scratch using software like Blender, Autodesk Maya, or Cinema 4D.
Apply realistic textures to components, such as metal, plastic, or rubber, to enhance visual appeal.
Ensure the model is optimized for animation, avoiding unnecessary polygons.
Showcase the internal and external movements of the device, such as rotation, sliding, or expansion.
If required, simulate fluids like blood flow or medicine dispensing using software like Houdini or RealFlow.
Use dynamic camera angles and close-ups to focus on essential aspects.
Integrate animated human hands or body parts to demonstrate device usage.
Place the device in a realistic or abstract medical setting (e.g., hospital, operation room, or lab).
Include informative overlays like labels, statistics, or diagrams for clarity.
Set up professional lighting to emphasize the device’s details and make it visually appealing.
Choose high-quality settings and software like Arnold, V-Ray, or Redshift for realistic renders.
Render small segments to check quality and make adjustments.
Use software like Adobe After Effects or Nuke to combine renders and add visual effects.
Add voiceovers, background music, or sound effects to enhance engagement.
Fine-tune colors and contrast for a polished look.
Share the draft with clients or stakeholders for feedback.
Incorporate suggestions and ensure all medical and aesthetic details are accurate.
Export the animation in required formats (e.g., MP4, MOV, or GIF) based on the client’s needs.
Optimize file size without losing quality for easy sharing and playback.