Fadhli Umar Lubis


The 3D laser scanner that will be used in this study is a design tool for students of the 2007 Mechanical Engineering Department. This tool has been validated and used in several studies. Improvements to the 3D Laser Scanner tool are still being carried out, especially in the accuracy of the geometry of the 3D model produced and the time required in the processing of the scanning data. The research was conducted with the aim to increase the results obtained from the scanning process in order to have maximum results and have a fast processing time. In the research conducted, there are several differences with the previous method, namely the use of Visual Basic, supporting software, placing the camera and laser and camera settings. Based on the results of the study, the final results of the scan show the size of the test object has a smaller deviation of 8.12% for height, 0.8% for width and 19.3% for the neck, compared to previous studies of 61.09% for height, 51.8% for width and 40.75% for neck. For the time of the scanning process, there is a shortening of time that is very far compared to previous research, namely the time needed for 1 minute 56 seconds, while in the previous study it took 1 hour 41 minutes 37 seconds.

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Axelsson, Peter, ”Processing of laser scanner data—algorithms and applications”, pp.138-139, Oktober 1998.

Agusthamb, Deny, “Distorsi”, 10 Januari 2013, [Online]. Tersedia: http://askthephotographer. com/2013/10/distorsi.html. [Diakses : 10 Januari 2015]

Boy DB, “Analisis Faktor Koreksi 3D Laser Scanner Untuk Memindai Botol Persegi”, 2010

Cahyati S, “Analisis Geometrik Ketelitian Sumbu Putar dan Kerataan Meja Putar 3D Laser Scanner”, 2009

Cahyati S, “Analisis Ketelitian Posisi Henti Sesaat Pada Gerak Putar Meja Putar 3D Laser Scanner dengan Penggerak Motor Stepper”, 2009.

Cahyati S, “The Geometrical Analysis of a Bottle CAD Modeling From 3D Laser Scanning Data Input”, 2009

Cahyati S, “Analisis Pembandingan Geometrik Model Non Silindris CATIA Hasil Scanning Mesin 3D Laser Scanner”, 2011

Cahyati S, Lubis FU, dan Budiman M, “Rekayasa Program Bantu Untuk Mempersingkat Waktu Pengolahan Data Scan Model 3D Pada Teknologi Reverse Engineering”, 2014

Saputra, Jimmy, “memahami focal length jarak focus lensa”, 30 Januari 2013, [Online]. Tersedia : /01/memahami-focal-length-jarak-fokus-lensa.html.[Diakses: 10 Januari 2015].

Muhardin, Rana Endy, “Memahami Lensa”, 19 November 2013, [Online]. Tersedia : [Diakses: 10 Januari 2015].



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