Product liability cases are technical cases presented to non-technical juries. The plaintiff must prove that a product was defective, that the defect caused the harm, and — in design defect cases — that a feasible alternative design existed. Each of these elements requires the jury to understand how the product works, how it failed, and how it could have been made differently.
This is where most product liability presentations fall short. The expert testifies about metallurgical failure modes, stress concentration factors, or inadequate factor-of-safety margins. The jury hears terminology. Without a visual framework for what these concepts mean physically, the testimony does not land.
Product mechanism visualization shows how the product is designed to work under normal conditions. Before the jury can understand a failure, they need to understand the intended function. An animated cutaway of a medical device, an automotive component, a piece of industrial equipment, or a consumer product establishes the baseline: this is how it is supposed to work.
Failure mode animation shows how and why the product failed. The fracture that propagated from a stress riser. The seal that degraded under heat cycling. The latch that did not engage under the load it was designed to hold. These events happen in milliseconds or over months — either way, they are invisible without animation. Showing the failure mechanism in motion makes the defect tangible.
Alternative design comparison is often the most powerful visual in a design defect case. Side-by-side animations showing the defective design alongside the feasible alternative — with the same forces applied, the same use scenario — demonstrate that the harm was preventable. The jury sees two outcomes from two designs and draws the obvious conclusion.
Manufacturing defect documentation shows the deviation from specifications. Dimensional comparisons, material composition differences, or assembly errors visualized against the manufacturer’s own drawings and tolerances. When the jury can see that the part as manufactured does not match the part as designed, the defect is no longer an abstraction.
Warning and instruction analysis visualizes what the user was told versus what the user needed to know. Label placement, font size, symbol clarity, instruction sequencing — these can be presented visually to show that the warning was inadequate, ambiguous, or absent.
Testing and standards comparison shows how the product performed against applicable industry standards, regulatory requirements, or the manufacturer’s own testing protocols. Charts and visual comparisons can reveal the gap between what was required and what was done.
Product mechanism animations, failure mode sequences, alternative design comparisons, manufacturing defect visualizations, cross-sectional and cutaway renderings, testing data visualizations, warning and labeling analysis graphics, expert testimony support presentations, and complete trial packages.
Strategy-driven exhibit and presentation packages built around your verdict architecture.
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.
Complex technology explained clearly for judges and juries.