Acumed
Precise
Surgical
Visualization
Creation
Illustrate complex procedures
with 3D animation
Elevating surgical precision through animated instruction
The video flawlessly details fracture reduction plate placement and screw insertion offering vital insights. This animated guide supports consistent surgical success enabling precise technique application. Its clarity improves understanding for medical professionals globally.
Exceptional design showcases anatomical structures and implant functionality with stunning realism. The visual aesthetics simplify complex steps ensuring an intuitive user experience. Every detail enhances comprehension and practical application.
Revealing Intricate Orthopedic Mechanics
This animation masterfully dissects bone and implant interactions providing unparalleled clarity. The detailed technical visualization transforms complex biomechanics into easily digestible insights. It elevates surgical instruction and understanding.
Advids' skill crafting intuitive visuals is evident exploring diverse design approaches. Precision rendering showcases every screw and plate engagement perfectly. This commitment to stunning visuals ensures effective content delivery.
Client Brief
Acumed approached Advids to produce a 3D surgical animation video for the Acu-Loc 2 Plating System. The goal centers on educating orthopedic surgeons regarding precise distal radius fracture fixation. By clarifying complex biomechanical alignment through digital recreation, the project aims to drive surgical adoption and improve patient outcomes.
Video Creation Approach
Orchestrating the initial project phase required a deep dive into technical orthopedics to establish a baseline for Acumed. Our team analyzed mechanical blueprints of the Acu-Loc 2 Plating System to ensure anatomical accuracy while syncing the production timeline with product launch milestones. This foundation allowed Advids to translate sterile medical specifications into a cohesive visual narrative.
Spatial anatomical renderings depict the titanium hardware as it interacts with the specific geometry of the radial styloid. Designers synchronized the rotation of a locking screw into the plate hole to emphasize the stability of the low profile construct. By placing the system within a reconstructed skeletal model of the human wrist, the sequence validates how the instrumentation handles varied fracture patterns. Orthopedic visualization sequences demonstrate the mechanical integrity required for successful bone healing.
Precisely calibrated pacing governs the viewer experience by matching the visual instructions with a steady rhythmic pulse. This deliberate timing reduces cognitive load so surgeons can process every screw placement without distraction. Through medical device walkthroughs, the final deliverable provides a clear guide for operating room procedures. The completed work serves as a definitive resource for mastering complex distal radius stabilization.
What are the steps in making a 3D surgical animation 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 preparation, 3D modeling, texturing, lighting, animation, rendering, compositing, sound design, final editing
Production Timeline
3 to 4 weeks
Budget
$ 2500 to $ 4000
Industry Vertical
Primary Industry: Healthcare
Sub Industry: Medical Device
Industries: Orthopedic surgery, surgical training, medical technology, implant manufacturing, patient education, biomechanics research
Video Objective
Clearly demonstrate complex distal radius plating for enhanced surgical training and education.
“Advids delivered exceptional 3D animation for our surgical system. The visual clarity and precision are truly outstanding. This video effectively enhances product understanding for our global audience.”
Eleanor Vance
Director of Marketing
Video Production Techniques
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