──── ABOUT THE SERVICE ────
3D MEDICAL ANIMATION IN SEATTLE
We are a 3D medical animation studio specialising in molecular and scientific visualisation for Seattle research organisations and biotech teams.
Cell and molecular animation for science that has to hold up in front of people who know the field.
Seattle is a research city before it is a commercial one. Its centre of gravity sits in institutes, global health programmes and early stage biotech, where the audience for a piece of animation is often another scientist.
That changes what the animation has to do. It is not enough for it to look convincing; it has to be right at the level of the cell and the molecule, and it has to be honest about what is known and what is still a model.
Our closest work to this is vaccine and immunology visualisation, including the mechanism of action of the Bimervax COVID-19 vaccine for HIPRA, and anatomical and cellular visualisation for scientific and academic use.
We build these from your own literature and figures, and we mark clearly where an image is a simplification. Overstating certainty is the fastest way to lose a scientific audience.
3D Medical Animation for Seattle Biotech & Life Sciences
Seattle is a global center for biotech, cancer research and global health, home to world-class research institutes and a thriving life sciences industry. We work with Seattle-area biotech, pharma and research organizations to turn molecular processes, research findings and mechanisms of action into clear, compelling 3D medical animation. From explaining a novel platform to investors to supporting scientific publications and conferences, we bring scientific precision to every frame.
3D MEDICAL ANIMATION SERVICES
Molecular and cellular visualisation
Structures and processes rendered at the level a scientific audience will check. Right at the level of the molecule, and honest about what is model and what is data.
Immunology and vaccine animation
Immune response, antigen presentation and vaccine mechanisms, including our mechanism of action work on the Bimervax COVID-19 vaccine for HIPRA.
Figures for publication and grants
Stills and short sequences built for papers, grant applications and review panels, delivered at publication resolution and in reusable layers.
Research and academic presentations
Animation for lab meetings, institutional communication and conference talks, produced from your own figures rather than from stock science.
WHO NEEDS 3D MEDICAL ANIMATION?
Research institutes
To communicate results to peers, funders and the public without softening what the data actually says.
Vaccine and immunology programmes
To visualise immune mechanisms accurately, including where the model ends and the uncertainty begins.
Global health organisations
To explain a mechanism or an intervention across languages, literacy levels and audiences.
Early stage biotech
To make science that has no product yet legible to partners and investors.
EVIDENCE OF OUR IMPACT
+25
years of experience
+1500
completed projects
+100
clients served
BENEFITS OF 3D MEDICAL ANIMATION
Accuracy a scientific audience accepts
Right at the level of the molecule, because the audience here often works on the same problem.
Figures for papers, grants and panels
Publication resolution stills and short sequences, delivered in layers you can reuse.
Honest about uncertainty
Where an image is a model rather than an observation, we say so. Overstating certainty loses a scientific room.
Reaching non specialists without distortion
The same science retold for funders and the public without softening what the data says.
Assets that outlive a presentation
Built to be reused across papers, talks and institutional communication for years.
3D MEDICAL ANIMATION FOR CLINICAL SPECIALTIES
We create custom 3D medical animation projects adapted to specific medical disciplines, blending scientific accuracy, visual realism, and clear storytelling.
Each animation is crafted to communicate procedures, treatments, and mechanisms effectively across different specialties.
Immunology
Antigen presentation, immune response and vaccine mechanisms, built to hold up in front of the people who study them.
Genetics
Editing, expression and inheritance shown accurately, with the uncertainty left visible.
Biotechnology
Platforms, vectors and bioprocesses animated from your own figures rather than from generic science.
Oncology
Tumour biology and immuno oncology mechanisms at cellular and molecular scale.
Anatomy
Tissue and organ context when the molecular story needs somewhere to happen.
Neuroscience
Neural structures and processes for research communication and teaching.
Cardiology
Cardiovascular physiology for research and public health communication.
Medical devices
Instruments and diagnostics used in research settings, shown in context.
OUR 3D MEDICAL ANIMATION PROJECTS
Clinica J.Mir
3D surgical animation created for the Renuvion Summit in Las Vegas, combining detailed anatomical visualization with virtual surgical simulation.
Salvat
3D visualization presenting the mechanism of action of UVESOL, highlighted at the CPHI 2023 pharmaceutical congress.
Bionet
3D animation illustrating the operation of the F1 bioreactor, improving both technical explanation and commercial communication.
Hipra
3D animation of the mechanism of action of Bimervax, HIPRA’s recombinant protein vaccine against COVID-19.
Zeiss Medical Technology
Immersive 3D medical metaverse developed for the SEO 2022 Congress to showcase ophthalmic surgical microscope technology.
Abbott Laboratories
Interactive 3D serious game developed to showcase the nutritional supplement Glucerna at the SEMDOR Congress in Seville.
Zeiss Medical Technology
3D virtual hospital environments created to visualize workflows and enhance efficiency within healthcare facilities.
VR Pharma
Virtual reality experience designed to reduce stress and perceived pain in pediatric patients during medical procedures.
Clinica J. Mir
Interactive 3D visualization of health data designed to monitor and display vital signs within digital medical environments.
WORK PROCESS
1
Research and scripting
Each project starts with thorough medical research and script development to ensure scientific accuracy and visual consistency throughout the animation.
2
3D modeling and animation
All medical, biological, and pharmaceutical elements are modeled and animated in 3D with a strong emphasis on realism and educational clarity.
3
Rendering and post-production
Each animation is finalized in high resolution, integrating visual effects, labels, and graphic elements to ensure optimal delivery across both digital and live platforms.
FACTORS THAT DETERMINE THE PRICE OF A 3D MEDICAL ANIMATION
Project complexity
Pricing is influenced by the number of 3D assets, the length of the animation, and the degree of interactivity involved.
Level of detail
Visualizing molecular or microscopic processes typically demands more development time and resources than animating external medical devices.
Delivery timeline
Production timelines depend on the scope of the project. Highly complex medical animations require extended development timelines to achieve the highest quality standards.
FAQS
How much does a 3D medical animation cost?
It depends on duration, level of detail and resources required.
How long does production take?
Usually between 3 and 8 weeks, depending on complexity and final format.
What usage rights are granted?
Clients receive full ownership and usage rights for all final content.
What formats are delivered?
Full HD or 4K videos, optimized for web, congresses or medical e-learning platforms.
Can VR or AR be integrated?
Yes. We combine 3D medical animation with virtual and augmented reality to enhance immersion and learning.
How is scientific accuracy validated?
Each project is reviewed with clients and, when required, with external medical advisors to ensure scientific precision.
Seattle is nine hours behind Barcelona. Does that get in the way?
Less than it sounds. Our late afternoon is your early morning, which is enough overlap for a weekly call, and scientific review works better asynchronously anyway: we send versions with comments enabled so your researchers can annotate when they have time.
Contact
Contact Us
Contact
Contact Us
Boston, Massachusetts, USA
T: (+1) 617 351 8477
M: (+1) 484 473 1704
info@pixel-medical-animation.com
Business Hours:
Mon-Fri: 9am-6pm (local time)
How can we help you?
SERVICES
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