Acumed
Anatomical
Fracture
Visualization
Design
Surgical procedures illuminated
with 3D animation
Advancing orthopedic care with precise surgical visuals
This innovative animation vividly details the precise plate placement for distal ulna fractures. It clearly demonstrates the critical steps ensuring proper provisional fixation. Surgeons gain invaluable insight enhancing procedural understanding and patient outcomes. The video offers exceptional instructional value.
The meticulous design and superb aesthetic quality of this animation elevate the learning experience. Every anatomical detail is rendered with clarity showcasing ideal surgical pathways. This visually rich presentation ensures maximum engagement and optimal comprehension for healthcare professionals.
Precision through anatomical visualization
This anatomical visualization technique adds immense value by clearly illustrating intricate internal structures. It transforms complex surgical steps into easily digestible visual narratives. The approach enhances clarity for training and communication simplifying advanced medical concepts.
Our team’s expertise meticulously crafted each visual element with discerning taste. Various design approaches were explored to perfectly balance realism and didactic clarity. This commitment to detail ensures a visually stunning and highly effective educational experience.
Client Brief
Acumed approached Advids to create a technical asset for the Acu-Loc 2 Wrist Plating System. The goal was to address the complexity of distal radius fractures. By providing a clear visual guide, they aimed to educate orthopedic surgeons on precise implantation techniques and ensure successful patient outcomes.
Video Creation Approach
Engineering a precise technical foundation required Advids to ingest detailed CAD files for the Acumed Acu-Loc 2 Wrist Plating System. Our team established a rigorous baseline by mapping the exact anatomical constraints of distal radius fractures to ensure clinical accuracy throughout the production lifecycle.
Through anatomical 3D modeling, our designers synchronized the torque-limited screw fixation mechanism with various fracture patterns across the radial anatomy. Demonstrating multiple plate configurations proves the versatility of the system within diverse surgical environments while orthopedic hardware visualization provides the necessary clarity for complex volar distal radius reconstructions.
Methodically, the narrative rhythm matches the deliberate pace of a real surgical procedure to reduce cognitive load for the viewing practitioner. Medical device animations deliver a comprehensive breakdown of the locking technology, resulting in a clinical resource that improves procedural confidence and strengthens anatomical understanding.
What are the steps in making a 3d surgical equipment video?
- Research & Analysis
- Script Writing
- Character & Style Sheet
- Storyboard Development
- Voice Over Recording
- Animating Stage
- Sound Effects & Music
- Translation & Foreign Voice (If needed)
- Delivery & Formats
Scope of Work
CAD conversion, 3D model, ing texturing, lighting rendering, animation compositing, sound design, final editing
Production Timeline
3 to 4 weeks
Budget
$ 2500 to $ 4000
Industry Vertical
Primary Industry: Healthcare
Sub Industry: Medical Devices
Industries: Medical Devices, Orthopedic Solutions, Surgical Training, Pharmaceutical Industry, Biotechnology Research
Video Objective
To visually educate healthcare professionals on complex Acu-Loc 2 VDU surgical techniques.
“Advids truly brought our surgical technique to life with this exceptional 3D animation. The visual clarity and precision are outstanding enhancing our educational content immensely. We thoroughly appreciate their dedication to excellence.”
Sarah Smith
Senior Product Marketing Manager
Video Production Techniques
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