Identifying Class and Individual Characteristics of Printer Marks on Additively Manufactured Firearm Components
DJO-NIJ-25-RO-0001
Open
Funding First Awarded
2024
$389,657
3D Printers
Characterization and optimization of a rapid, automated 3D-printed cone spray ionization-mass spectrometry (3D-PCSI-MS) methodology
Date Published
April 2022
Publication Type
Research (Applied/Empirical)
Agencies
NIJ-Sponsored
Success Story: Advancing 3D Imaging for Footwear and Tire Impressions
Date Published
May 2020
Publication Type
Research (Applied/Empirical)
Agencies
NIJ-Sponsored
Identification of polymers and organic gunshot residue in evidence from 3D-printed firearms using DART-mass spectrometry: A feasibility study
Date Published
2017
Agencies
NIJ-Sponsored
The Analysis of 3D Printer Dust for Forensic Applications
Date Published
2020
Agencies
NIJ-Sponsored
Tracing and fingerprinting source material and printer of additively manufactured weapons and objects
2020-DQ-BX-0029
Closed
Funding First Awarded
2020
$270,000
National Institute of Justice and Purdue University: Advancing 3D Imaging for Footwear and Tire Impressions
Date Published
May 2020
Publication Type
Research (Applied/Empirical),
Report (Study/Research),
Report (Grant Sponsored),
Program/Project Description,
Factsheet
Agencies
NIJ-Sponsored
Improving the Reliability of Drug Tests Done by Officers
Date Published
November 2016
Publication Type
Research (Applied/Empirical),
Report (Study/Research),
Report (Grant Sponsored),
Program/Project Description
Agencies
NIJ
The Next Generation of Crime Tools and Challenges: 3D Printing
Date Published
December 2017
Series
Publication Type
Report (Technical),
Report (Technical Assistance),
Issue Overview
Agencies
NIJ
The Next Generation of Crime Tools and Challenges: 3D Printing
Date Published
December 3, 2017
3D printing technology both supports and challenges criminal investigation.
Physical and Chemical Trace Evidence from 3D-Printed Firearms
2017-IJ-CX-0001
Closed
Funding First Awarded
2017
$50,000