The rise of 3D-printed firearms presents unique challenges for law enforcement agencies across the globe. As a specialist in this field, Taylor & Co is dedicated to supporting law enforcement efforts to combat the threat posed by privately manufactured firearms.
3D-printed firearms are weapons produced using additive manufacturing processes, allowing for the creation of firearm components using digital blueprints. The ease with which these digital files can be shared online and the accessibility of 3D printing technology have enabled the proliferation of unregulated and often untraceable firearms.
The emergence of 3D-printed firearms complicates traditional investigative and forensic processes. Unlike factory-produced firearms, many 3D-printed firearms lack serial numbers and traditional tool marks, making them difficult to trace. Additionally, the non-metallic components can evade detection by conventional security systems, posing a heightened threat to public safety.
At Taylor & Co, we specialise in identifying and analysing these firearms, providing expert consultation to law enforcement agencies. We are equipped to assist in the investigation of crimes involving 3D-printed firearms, including the reconstruction of manufacturing methods and the tracing of digital distribution channels.
Taylor & Co offers bespoke services to law enforcement, including:
Classification of 3D-printed firearms is paramount for regulatory compliance and legal processes, and Taylor & Co has developed a meticulous approach tailored to this need.
In certain cases, establishing a firearm’s classification may take precedence over recovering biological evidence like DNA or fingerprints. Taylor & Co offers Expert Witness Testimony remotely, evaluating exhibits via high-quality photos, videos, and Cellebrite digital forensic extractions. Our remote service ensures a formal, reliable determination without necessitating in-person examination, supporting swift and expert classification in complex cases.
Establishing the origin of the design and determining its validity as an intended firearms is critical.
We can likely provide supporting evidence sourced from open sources as to the design operating as a firearm.
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