The evolution of forensic science has been significantly enhanced by the integration of immersive technologies, particularly holographic reconstruction systems that preserve crime scene evidence with unprecedented accuracy and integrity. This comprehensive review examines the development and implementation of immersive-vision forensic laboratories that utilize extended reality (XR) technologies, including virtual reality (VR), augmented reality (AR), and mixed reality (MR), to create detailed holographic representations of crime scenes. The study analyzes current methodologies, technological frameworks, and nationwide standards that ensure evidence preservation and chain of custody integrity. Through systematic examination of recent literature and technological implementations, this research demonstrates how immersive forensic laboratories are revolutionizing criminal investigations, courtroom presentations, and forensic education while maintaining rigorous scientific standards. The findings indicate that holographic reconstruction technologies, when properly implemented within established forensic protocols, provide superior evidence visualization, enhanced analytical capabilities, and improved accessibility for legal proceedings