Medical device and life sciences litigation sits at the intersection of medicine, engineering, and regulatory law. The jury in a defective hip implant case must understand orthopedic anatomy, the mechanical design of the prosthesis, the metallurgical failure mode, the FDA clearance pathway, and the manufacturer’s post-market surveillance obligations. No single expert covers all of that. Without visual integration, the case fragments into isolated testimonies that the jury cannot reassemble.
This is a category where the visual strategy must span multiple disciplines, and where the visual producer must be comfortable working with surgeons, biomedical engineers, regulatory specialists, and materials scientists — translating each expert’s domain into a unified visual narrative.
Device mechanism visualization shows how the device is designed to function within the body. An animated total hip system — the femoral stem seated in the canal, the ball articulating in the acetabular cup, the liner providing the bearing surface — gives the jury the baseline understanding they need before any failure analysis makes sense. The same applies to cardiac devices, spinal implants, surgical instruments, and pharmaceutical delivery systems.
Failure mode animation shows what went wrong at the device level. Metal-on-metal wear generating particulate debris. A polyethylene liner degrading over time. A lead fracturing under cyclic loading. A pump mechanism failing to deliver the programmed dose. These are events that happen inside the body, invisible to everyone. Animation makes them visible and understandable.
Regulatory timeline visualization is often essential in these cases. When did the manufacturer receive the 510(k) clearance or PMA approval? What adverse event reports were filed, and when? What post-market studies were required, and were they completed? When did the recall occur relative to the reports? A visual timeline that maps regulatory milestones against adverse events and internal communications can reveal patterns that are difficult to extract from documents alone.
Clinical evidence visualization — presenting epidemiological data, clinical trial results, or adverse event databases in chart form. When the case involves whether a device has higher complication rates than comparable alternatives, or whether a drug’s risk profile was adequately disclosed, the data must be shown, not just described.
Surgical context visualization shows how the device is implanted and how the failure manifests clinically. The revision surgery required to remove a failed device, the tissue damage caused by wear debris, or the complications of explantation — these are powerful visuals that connect the engineering defect to the human harm.
Medical device and life sciences cases frequently proceed as multi-district litigation. Visual packages developed for bellwether trials can be adapted for subsequent cases, and a consistent visual framework across related matters strengthens the overall litigation position. We understand the scale and coordination requirements of MDL work.
Device mechanism animations, failure mode sequences, explant and revision surgery visualizations, regulatory timeline graphics, adverse event data visualizations, clinical study data charts, surgical procedure animations, and coordinated trial presentation packages.
Surgical procedures, injury mechanisms, and anatomical progressions made visible.
Accident reconstruction, engineering failures, and mechanical analysis from evidence.
Evidence-based three-dimensional models of scenes, objects, and structures.
Numerical evidence transformed into clear, persuasive trial graphics.
Strategy-driven exhibit and presentation packages built around your verdict architecture.