Unique 3D Maker

There has been a rapid development and utilization of three-dimensional (3D) printing technologies in engineering, health care, and dentistry. Like many technologies in overlapping disciplines, these techniques have proved to be useful and hence incorporated into the forensic sciences. Therefore, this paper describes how the potential of using 3D printing is being recognized within the various sub-disciplines of forensic science and suggests areas for future applications. For instance, the application can create a permanent record of an object or scene that can be used as demonstrative evidence, preserving the integrity of the actual object or scene. Likewise, 3D printing can help with the visualization of evidential spatial relationships within a scene and increase the understanding of complex terminology within a courtroom. However, while the application of 3D printing to forensic science is beneficial, currently there is limited research demonstrated in the literature and a lack of reporting skewing the visibility of the applications. Therefore, this article highlights the need to create good practice for 3D printing across the forensic science process, the need to develop accurate and admissible 3D printed models while exploring the techniques, accuracy and bias within the courtroom, and calls for the alignment of future research and agendas perhaps in the form of a specialist working group.There has been a rapid development of 3D printing materials, techniques, and printers in the last decade, as well as an expansion in the application of 3D printing across industries such as manufacturing, health care, and dentistry. There are dedicated journals to “3D Printing in Medicine” and “Additive Manufacturing,” as well as primers for forensic radiologists (1, 2), and practitioners can draw knowledge from these specific journals and publications. However, there are very few examples of 3D printing being applied in forensic scenarios in the published literature (3). This paper aims to demonstrate examples where 3D printing could be applied in forensic reconstructions and discuss some of the advantages and challenges involved.

The healthcare industry is one of the most regulated industries in the world. It also has stringent requirements when it comes to the design, safety, and compatibility of equipment and devices. For this reason, the adoption of this printing technology has been slow in healthcare. However, the benefits of 3D printing in this industry are immense. It can create patient-specific medical devices, reduce the time it takes to manufacture medical devices, improve the safety of medical devices, allow the use of personalized medicines, etc. With the availability of 3D printing technologies, evidence is growing about how 3D printing can be used to make breakthroughs in healthcare. 
BENEFITS OF 3D PRINTING IN HEALTHCAREPerform Complex Operations: 3D printing helps train future doctors and prepare them for upcoming surgical procedures. Although 2D images are useful, they provide little visualization and cannot replicate the look of an actual human part. 3D printing can create replicas that mimic actual parts more realistically, making surgical processes more accurate and efficient.Low-cost Prosthetics and Equipment:  3D printers provide low-cost alternatives in countries where people need them most, like war-torn areas. They are also an affordable solution for equipment in poor conditions where it can be easily printed without regularly delivering the equipment – making it easier to get the needed medical necessities where they are needed most, whether remote or poverty-stricken villages.Reduces Costs and Waiting Time: 3D printing in the medical and laboratory fields lets one print with plastic materials, having an immediate reduction in costs and time spent waiting to manufacture. This makes the equipment more readily available and keeps costs low for where it’s most accessible and beneficial.Customization: The traditional way to make prosthetics is too expensive because they are provided to people individually. With 3D printers, users have freedom of choice when it comes to the appearance of their pieces, which can include different aesthetic designs, forms, sizes, and colors. This makes every printout customized to the individual.