Product Specifications: Corrosive Injuries Model / 3D Render (Torso/Trunk) Type: Forensic, Medical, or Trauma Simulation 3D Render/Model. Purpose: To visually represent the effects of corrosive substances on human tissue, particularly on the trunk (back/flank area). The series (a, b, c, d) suggests different stages of injury or different perspectives, possibly incorporating underlying skeletal structures. Material: If physical model: Likely high-grade silicone or specialized polymer to replicate damaged skin and exposed tissue textures. If digital render (as suggested by the smooth, precise appearance and digital markers): High-resolution 3D digital asset suitable for forensic reconstruction, medical education, or simulation. Scale: Life-size or anatomically accurate representation of a portion of the human trunk. Key Features: Corrosive Damage: Depicts significant tissue damage consistent with chemical burns, characterized by irregular borders, deep ulceration, and altered tissue coloration (red, dark red, possibly white/necrotic areas not fully visible). Progressive Views/Information Layers (a, b, c, d): (a, b, c): Show the external appearance of the corrosive injury on the skin surface, possibly with different levels of transparency or underlying detail revealed. The scattered markers (squares, circles) suggest a 3D scanning or photogrammetry application for accurate measurement and reconstruction. (d): Illustrates the underlying skeletal structure (ribs, vertebrae, pelvis) corresponding to the injured area, which is critical for forensic analysis of injury depth and trajectory relative to bony landmarks. Realism: High level of detail for educational or forensic accuracy. Application: Ideal for: Forensic Pathology: For training in the analysis, documentation, and interpretation of chemical burns and corrosive injuries. Medical Trauma Training: For medical professionals to understand the appearance and severity of corrosive injuries. Crime Scene Investigation: For recognizing and analyzing chemical assault injuries. Digital Forensic Reconstruction: As a component in virtual crime scene or injury reconstruction software.