EMS
Dental
Subgingival
Biofilm
Visualization
Production
Visualize Dental Innovation
With Stunning Animation
Precise peri-implantitis care for optimal oral health
This innovative video vividly demonstrates the PERIOFLOW® system's profound impact on periodontal and peri-implant health It showcases superior subgingival biofilm removal from challenging pockets ensuring comprehensive cleaning This advanced solution promises outstanding patient outcomes elevating clinical standards significantly.
The video’s exceptional design masterfully highlights the PERIOFLOW® nozzle's flexibility and precision Detailed anatomical visualizations offer clear insights into its gentle yet effective operation within deep pockets This captivating aesthetic enhances professional understanding and adoption seamlessly.
Anatomical precision showcased vividly
This stunning 3D animation technique brings intricate dental anatomy to life with unparalleled clarity It enables professionals to deeply understand the product's function within complex subgingival structures The visual accuracy greatly enhances comprehension and educational value.
Our team demonstrated exceptional taste and design expertise crafting these intuitive visuals Extensive design exploration ensured optimal outcomes showcasing every critical detail Advids’ commitment to delivering visually stunning and effective content shines through this advanced technical presentation.
Client Brief
EMS Dental approached Advids to create a 3d scientific instrument video for their Airflow technology. They needed to address clinical apprehension regarding invasive procedures. The objective was to demonstrate the precision of their biofilm removal system to encourage global adoption among dental professionals and hygienists.
Video Creation Approach
Ingesting technical blueprints and clinical data allowed our team to establish a rigorous baseline for the project. EMS Dental partnered with Advids to architect a narrative centered on the Airflow technology, ensuring every mechanical movement aligned with real-world dental physics and anatomical accuracy.
Engineers calibrated the microscopic powder spray hitting the tooth surface at a thirty-degree angle to mirror actual clinical application. Integrating the device into a sterile operatory setting proved its adaptability for diverse oral health tasks where precision dental animations mapped the complex interaction between water, air, and abrasive particles.
Precisely timed audio pulses synchronized with the visual spray to reinforce the controlled nature of the device. By choreographing these elements, bio-mechanical cleaning simulations simplified intricate biological concepts, ensuring the final output effectively communicated the value of non-invasive treatment methods to a global audience.
What are the steps in making a 3d scientific instrument 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 data conversion, 3D model cleanup, texturing, dynamic lighting, intricate animation, high-quality rendering, compositing, visual effects, precise sound design, final edit
Production Timeline
3 to 4 weeks
Budget
$ 2500 to $ 4000
Industry Vertical
Primary Industry: Dental Health
Sub Industry: Medical Devices
Industries: Dental Technology, Oral Care Solutions, Healthcare Innovations, Periodontal Equipment, Professional Dentistry, Medical Visualization, Surgical Instruments
Video Objective
To visually educate dental professionals on advanced biofilm removal techniques effectively.
“Advids transformed our vision into a stunning 3D animation Their expertise perfectly showcased PERIOFLOW®'s precision We are delighted with the compelling visual clarity and impactful engagement achieved Advids truly delivered an exceptional outcome.”
Dr Elena Rodriguez
Global Product Marketing Manager
Video Production Techniques
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