Pengaruh Kecepatan, Temperatur dan Infill Terhadap Kualitas dan Kekasaran Kotak Relay Lampu Sign Sepedamotor Hasil dari 3D Printing

Panjaitan, Joy H; Tampubolon, Miduk; Sihombing, Fiktor; Simanjuntak, Jamser

doi:10.36655/sproket.v2i2.530

Cited by 5 publications

(4 citation statements)

References 2 publications

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“…G-Code making did to organize several parameters such as product position that will be printed on the 3D printer base layer using the layflat feature, support is functioning on holding the product part which is not getting surface contact with the base layer 3D printer, infill to set how solid the product will be printed, and adhesion that related to the foundation mediates the 3D printer base layer with the printed product. The 3D printed model uses PLA material and an FDM print machine [26]. Making 3D printing of heart organ is divisible into six parts: the aorta, right ventricle, left atrium, left ventricle, right atrium, and pulmonary artery.…”

Section: Diffusion Foundations and Materials Application Vol 33mentioning

confidence: 99%

3D Printing of Heart Model as Medical Education Tools

Kurniatie

Andari

Asmaria

2023

DFMA

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Abstract. 3D printing is a rapidly developing technology in the medical world that has been used for pre-operative planning, prosthetic manufacturing, and training for medical education. This 3D printing is needed for medical education to make it easier for students to study anatomical structures. The advantages of 3D printing provide more detail and tactile representation of anatomical aspects of organs to address the problems of online learning and cadaveric limitations. This research aimed to develop the manufacture of 3D printed models of the human heart organ to improve understanding in learning for medical students. Making a 3D printed model of a heart organ is divisible into six parts: the aorta, right ventricle, left atrium, left ventricle, right atrium, and pulmonary artery. The 3D printing model creation procedure consisted of several steps: image acquisition, image post-processing, and 3D printing. This research used Computed Tomography Scanning (CT-Scan) images of the normal heart in Digital Imaging in Medicine (DICOM) format from Saiful Anwar Hospital, Malang. The segmentation uses the grow from seed technique with 3D Slicer software and is saved in STL format. The accuracy of the 3D printing was carried out by measuring dimensions and volume. Measurements are required to ensure the accuracy of 3D printing so that the resulting organs match the initial image data and can be used as learning media in anatomical structures by medical students.

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Section: Diffusion Foundations and Materials Application Vol 33mentioning

confidence: 99%

3D Printing of Heart Model as Medical Education Tools

Kurniatie

Andari

Asmaria

2023

DFMA

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“…Kecepatan pencetakan atau biasa disebut dengan print speed memengaruhi hasil pencetakan. Begitu juga dengan temperatur nozzle yang digunakan adalah 200° C. Kecepatan dan temperatur nozzle semakin tinggi akan memengaruhi kualitas produk [20]. Waktu proses pencetakan alat parallette dengan 3D printer untuk menentukan lama kerja dapat dikategorikan ke dalam tiga tahapan yaitu, (i) proses pencetakan 3D printer, (ii) assembly, dan (iii) finishing.…”

Section: Time Studyunclassified

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Prakoso¹,

Sibarani²,

Robbi³

2022

JRSI

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Nowadays, sport is not only a necessity but also a lifestyle. Sport is not only done outdoors but can also be done independently indoors. One exercise that is easy to do independently is calisthenics. In general, calisthenics can be done with a tool called a parallette. Parallette equipment manufacturers currently still use wood materials and conventional production processes and do not have product variations. A potential production process that can be adapted to make parallette equipment is additive manufacturing 3D printers with PLA (Polylactic Acid) filament material. The process is carried out through several stages: 3D design, printing using a 3D printer, assembly, and finishing. The production process of a parallette tool with a 3D printer takes a standard time of 3123.02 minutes. The longest time occurs when printing with a 3D printer for grip parts (2 parts) and parallette legs (4 parts). The gross production cost for a set of parallette equipment is Rp. 101,327. Production of calisthenic equipment with PLA (Polylactic Acid) filament material using a 3D printer can be used as an alternative to replace wood-based parallette products with conventional manufacturing processes. Sports equipment manufacturers can also use this product as a choice and variety offered to customers.

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“…From his research, it was concluded that all printing products have rough surface properties. From the influence of printing speed and nozzle temperature, the higher and lower percentage of infill produces better product quality and lower / smoother roughness [12].…”

Section: Introductionmentioning

confidence: 99%

Untitled

2023

Jurnal Polimesin

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The Tensile Test Method on PLA material for product printing using a 3D printer will recommend the dove tail design as an interlocking part. The result of the design of the dove tail type as an interlocking join part is tested for the most optimal tensile strength. In this paper, consideration for the dove tail design used in material testing and will be printed using a 3D printer is in terms of technical ease of printing and technical testing of its physical form so that it can be gripped using a tensile test tool such as the Universal Tensile Machine (UTM). The dove tail design is designed with a scale representative size that meets the requirements of the standard clamp size of the test tool. Tensile force testing simulation using SolidWorks software will be used as a pre-tensile test analysis before being implemented by UTM. The results obtained are the deformation that is occurring, such as the PLA material having a higher deflection of 7,567 mm and the ABS material having a deflection of 1,897 mm. The strain on interlocking is 0.1081 for ABS material and 0.3988 for PLA material.

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Pengaruh Kecepatan, Temperatur dan Infill Terhadap Kualitas dan Kekasaran Kotak Relay Lampu Sign Sepedamotor Hasil dari 3D Printing

Cited by 5 publications

References 2 publications

3D Printing of Heart Model as Medical Education Tools

3D Printing of Heart Model as Medical Education Tools

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