Fabrication, 3D Printing, and Making

Hurst, Amy

doi:10.1007/978-1-4471-7440-0_38

Cited by 4 publications

(5 citation statements)

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“…Beyond easier recognition and navigation through assistive technologies, there are more opportunities for fabrication research to contribute in building accessible makeup add-ons [54] and other tactile design [35,38,40], which further improve the accessibility of doing makeup. For instance, future research could also leverage crowdsourcing and computer vision to provide automated 3D printing to help people with visual impairments to organize and label their makeup products under a reasonable cost [32].…”

Section: Create Workarounds For Physical Barriersmentioning

confidence: 99%

"It Feels Like Taking a Gamble": Exploring Perceptions, Practices, and Challenges of Using Makeup and Cosmetics for People with Visual Impairments

Li,

Spektor,

Xia

et al. 2022

Preprint

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Makeup and cosmetics offer the potential for self-expression and the reshaping of social roles for visually impaired people. However, there exist barriers to conducting a beauty regime because of the reliance on visual information and color variances in makeup. We present a content analysis of 145 YouTube videos to demonstrate visually impaired individuals' unique practices before, during, and after doing makeup. Based on the makeup practices, we then conducted semi-structured interviews with 12 visually impaired people to discuss their perceptions of and challenges with the makeup process in more depth. Overall, through our findings and discussion, we present novel perceptions of makeup from visually impaired individuals (e.g., broader representations of blindness and beauty).The existing challenges provide opportunities for future research to address learning barriers, insufficient feedback, and physical and environmental barriers, making the experience of doing makeup more accessible to people with visual impairments. CCS Concepts: • Human-centered computing → Empirical studies in accessibility.

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Section: Create Workarounds For Physical Barriersmentioning

confidence: 99%

"It Feels Like Taking a Gamble": Exploring Perceptions, Practices, and Challenges of Using Makeup and Cosmetics for People with Visual Impairments

Li,

Spektor,

Xia

et al. 2022

Preprint

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“…Giving the G code is very easy from the form of 2 or 3-dimensional image parts converted using software into STL (Stereolithography) or NC (Numerical Controler) files. Then the program is given on the machine and is ready to work to print the workpiece we want earlier [1]. The product of the XY FDM core type 3D printer has good quality because it has a precise size with a 2-…”

Section: Introductionmentioning

confidence: 99%

Observation of macro surface and gear mass of 3d printing machine using pla filament

Ramadhan¹,

Muttaqin²,

Trifiananto³

2022

sintek. jurnal. ilm. teknik. mesin

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3D Printing Machine is a machine that works with the basic principle of CNC, namely the movement of the machine in making the workpiece which is regulated by the G code in 3 coordinate axes x, y, and z. Based on how it works, 3d printing machines are classified into 7, namely, Vat photopolymerization, Material Extrusion, Powder-Bed Fusion, Sheet Lamination, Binder Jetting, Material Jetting, Directed Energy Deposition. The results of the research on 3d Printing Material extrusion this time using PLA material with a machining diameter of 1.75mm, nozzle distance with bed 0.1mm, nozzle diameter 0.4mm, layer height 0.12mm, nozzle temperature 2000C, bed temperature 600C, printing speed 80mm/s. The experimental results found problems such as clogging, the filament does not stick to the bed, the filament has a different freezing point, thus affecting the geometry of the workpiece to be printed. For the mass of all printed workpieces after measuring the mass with no significant changes, it is ensured that the problem originates from variables related to the printing of each layer in the form of printing speed, bed temperature, nozzle temperature, and system temperature.

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“…Although the uses for additive manufacturing are virtually endless, the scope of the applications apart from industrial purposes is not common knowledge. Additive manufacturing has been used in science and engineering, the food industry, health care, art, technology, fashion, cosmetics, education, and more 3,10–12 . In health care alone, 3D printing is used to manufacture pharmaceuticals, dentistry-related items, customized implants, orthotics and prosthetics, hearing aids, assistive devices, medical models, and medical instruments 3,10,12–14 .…”

mentioning

confidence: 99%

“…Additive manufacturing has been used in science and engineering, the food industry, health care, art, technology, fashion, cosmetics, education, and more. 3,[10][11][12] In health care alone, 3D printing is used to manufacture pharmaceuticals, dentistry-related items, customized implants, orthotics and prosthetics, hearing aids, assistive devices, medical models, and medical instruments. 3,10,[12][13][14] In surgical settings, surgeons are able to print 3D replicas with comparable characteristics to the desired anatomical structures, allowing them to plan and practice complex procedures.…”

mentioning

confidence: 99%

“…3,[10][11][12] In health care alone, 3D printing is used to manufacture pharmaceuticals, dentistry-related items, customized implants, orthotics and prosthetics, hearing aids, assistive devices, medical models, and medical instruments. 3,10,[12][13][14] In surgical settings, surgeons are able to print 3D replicas with comparable characteristics to the desired anatomical structures, allowing them to plan and practice complex procedures. 10 This personalization has allowed for a more client-centered approach to care, personalizing treatment for clients through the use of scanning technologies and computer-aided design planning.…”

mentioning

confidence: 99%

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Additive Manufacturing and Upper-Limb Orthoses: A Scoping Review

Gehner

Lunsford

2023

J Prosthet Orthot

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Introduction: Additive manufacturing has the potential to revolutionize the orthotic fabrication process for health professionals. Although there is evidence to suggest the benefits of additive manufacturing in rehabilitation-related fields, there is still fairly limited evidence supporting the use of 3D-printed orthoses as an effective and feasible alternative to manually fabricated devices used for the upper limb (UL). The purpose of this scoping review was to examine how 3D printers are currently being used in UL orthotic fabrication within the scope of rehabilitation professionals. Methods: A literature search was conducted using five databases from 2011 to 2021. Two independent researchers reviewed the abstracts and full text of the articles. The PRISMA process was used to report findings, and data extraction and charting were completed according to the JBI-suggested scoping review protocol. Results: Thirty-three studies were reviewed as determined by inclusion criteria from various disciplines and countries. Eight diagnostic categories identifying indications for use were derived from the studies including arthritic conditions, burns/contractures and wound care, finger deformities, neurological and neuromuscular disorders, and traumatic, strain, and nerve injuries. Both benefits and challenges are identified with the use of 3D-printed orthoses. Conclusions: The scope of the 3D-printed orthoses produced in this review is broad and internationally widespread. More evidence is needed to determine the effectiveness of 3D-printed orthoses for each of the identified conditions, but the benefits outside of healing are obvious. The current state of the evidence suggests that this technology remains exploratory in respect to UL orthoses and is therefore not yet ready to be implemented in clinics. With appropriate supports and more evidence, 3D printing still has the potential to revolutionize the UL orthotic fabrication process. Clinical Relevance: It may be unrealistic for rehabilitation professionals to design and fabricate 3D-printed orthoses without the proper education or time, but it is important for health care professionals to have an emphasized presence in this conversation, as it is their responsibility to treat the patients. This suggests that co-design, combining professionals' expertise, might be the best approach to fabricating these devices for patients. (

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Fabrication, 3D Printing, and Making

Cited by 4 publications

References 40 publications

"It Feels Like Taking a Gamble": Exploring Perceptions, Practices, and Challenges of Using Makeup and Cosmetics for People with Visual Impairments

"It Feels Like Taking a Gamble": Exploring Perceptions, Practices, and Challenges of Using Makeup and Cosmetics for People with Visual Impairments

Observation of macro surface and gear mass of 3d printing machine using pla filament

Additive Manufacturing and Upper-Limb Orthoses: A Scoping Review

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