Omniguide Surgical Kit Company approached our studio with a focused brief: demonstrate, with clinical precision, exactly how their surgical drill kit is used to treat defective jaw teeth and install dental implants. The audience — practicing dentists and dental educators who also train patients on the implant process — demanded zero tolerance for procedural error.
Our primary objective was to produce a photorealistic, medically accurate animation that shows the drill in action at every critical stage of the implant procedure. Every anatomical element — cortical and cancellous bone, gum tissue, tooth root vessels, and periodontal ligaments — was rendered with the fidelity expected by a clinical professional audience.
Omniguide Surgical Kit Company approached our studio with a focused brief: demonstrate, with clinical
precision, exactly how their surgical drill kit is used to treat defective jaw teeth and install dental implants.
Our main goal was to create close-to-life models and 3D animations that seamlessly integrated into the gameplay, and aligned with the game’s storyline. By using our expertise in game character animation, we primed to make the WAGMI Games project successful.
Our main goal was to create close-to-life models and 3D animations that seamlessly integrated into the gameplay, and aligned with the game’s storyline. By using our expertise in game character animation, we primed to make the WAGMI Games project successful.
Organic tissue realism. Replicating the complex, non-uniform surface properties of living bone, gingival tissue, and tooth enamel required far more nuance than hard-surface modeling. Materials had to hold up under cinematic lighting without appearing synthetic.
Procedural accuracy for a specialist audience. The viewers are dental professionals — any anatomical inaccuracy, incorrect drill angle, or misordered procedural step would immediately undermine the client’s credibility and the animation’s educational value.
Micro-level texture fidelity. Blood vessels, trabecular bone structure, and root canal architecture needed to be captured with enough detail to satisfy a clinical reviewer, while still supporting the animation’s cinematic visual language.
Translating clinical knowledge into visual storytelling. Bridging the gap between the dentist’s
procedural knowledge and the animator’s visual toolkit required a structured collaboration process that
neither party had fully undertaken before.
Medical Consultant Collaboration
An experienced medical animator guided every anatomical detail and procedure step, acting as the clinical bridge between our studio and the client’s
surgical expertise.
Storyboard-First Workflow
We developed a detailed storyboard before any 3D work began — giving the client a clear preview of pacing, camera angles, and procedure flow, and serving as a blueprint for accuracy.
Substance Designer Texturing
All organic materials — bone, enamel, gingiva, vascular tissue — were built procedurally in Substance Designer, allowing fine parametric control over surface variation and micro-detail.
Iterative Client Review Cycles
Continuous back-and-forth review sessions ensured every revision was locked to clinical reality. No frame advanced without sign-off on its procedural and anatomical correctness.
The client expressed strong satisfaction with both the process and the final output. Omniguide Surgical Kit
Company has since returned as a repeat client and has referred additional projects to our studio — a direct reflection of the trust built through our collaborative, clinician-guided production methodology.
