How 3D printing technologies could undermine law enforcement strategies targeting the production and distribution of designer drugs

Gilpin, Victoria, Smith, Robert B orcid iconORCID: 0000-0002-2829-5360, Birkett, Jason W. and Davis, James (2024) How 3D printing technologies could undermine law enforcement strategies targeting the production and distribution of designer drugs. Science & Justice, 64 (6). pp. 677-687. ISSN 1355-0306

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Official URL: https://doi.org/10.1016/j.scijus.2024.10.004

Abstract

Countering the supply of counterfeit and designer drug pills laced with fentanyl or its analogues has long been a challenge with the potency of the drug and the ease with which it can be obtained impacting greatly on families and the wider society. The introduction of legislative measures to restrict access to the machinery that allows the production of the pills has yielded considerable gains with numerous seizures of pill presses reported. However, the increasing availability of bench top milling machines and advances in 3D printing could render this a short term victory where the technology may be set to outpace the capabilities of conventional law enforcement. While pill presses were once born from high specification industrial machining, low cost mills and 3D printing systems are already at the stage of producing small format presses within the domestic home. Here, a spotlight is trained on fentanyl (and its analogues) from the perspective of pill manufacture and their supply. An overview of pill press mechanics and the approaches presently taken to counter distribution is provided and the potential influence that both milling systems and 3D printing technologies could have in the future is critically evaluated.


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