4D Virtual Lab


3D structured light scanners have proven to be indispensable tools in the realm of crime scene investigation and preservation. Here are some practical uses and examples of their application in these critical fields:

Accurate Scene Documentation:

3D scanners capture detailed spatial data, creating precise 3D models of crime scenes. This ensures accurate documentation of the entire scene, including important evidence such as bullet trajectories, blood spatter patterns, and positioning of objects.

Bloodstain Pattern Analysis:

These scanners aid bloodstain pattern analysts in recreating the exact positions of victims, perpetrators, and objects at the time of the crime. This data assists inreconstructing events and determining the origin of blood spatter.

Bullet Trajectory Reconstruction:

3D scanning can map bullet trajectories, helping investigators identify the shooter's position and angle of fire. This information is crucial in understanding how a shooting incident occurred.

Crime Scene Reconstruction:

By creating detailed 3D models of crime scenes, investigators can virtually revisit the scene. This allows them to explore different scenarios, test hypotheses, and determine the most likely sequence of events.

Evidence Preservation:

Scanning is non-invasive and preserves the integrity of the crime scene, which is crucial when dealing with delicate. 3D scanning preserves evidence without disturbing the original context.

Courtroom Presentation:

3D scans can be used as compelling courtroom exhibits. Judges and juries can virtually "walk through" a crime scene, enhancing their understanding of complex cases.

In essence, 3D structured light scanners not only enhance the accuracy and efficiency of crime scene investigations but also play a pivotal role in preserving crucial information for future legal proceedings and historical documentation. These scanners are invaluable tools in ensuring justice is served using the best quality information possible.