Morphological Box Classification Framework for supporting 3D scanner selection

Nguyen, W. L. K.; Aprilia, Aprilia; Khairyanto, Ahmad; Pang, Wee Ching; Seet, Gerald; Tor, Shu Beng

doi:10.1080/17452759.2018.1433950

Cited by 2 publications

(2 citation statements)

References 11 publications

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“…Three-dimensional scanning is used in various industries, such as the automotive, healthcare, architecture, and furniture industries [5]. It enables the reverse engineering of complex curved surfaces [30,31] and the preparation of production systems [32]. Additionally, 3D scanning is used in the industry to develop business attire patterns by integrating 3D customer data obtained through the scanning process [33].…”

Section: Discussionmentioning

confidence: 99%

Enhancing Furniture Manufacturing with 3D Scanning

Muminović,

Gierz,

Rebihić

et al. 2024

Applied Sciences

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Product design and manufacturing leverage 3D scanning for various applications. This study aims to investigate the effectiveness of 3D scanning in furniture production by surveying the literature and showcasing four real-world case studies. The literature review reveals that 3D data acquired from real-world objects have applications in research, rapid prototyping, restoration, and preservation of antique furniture, optimizing CNC machining processes, and measuring furniture components for quality control. The case study descriptions demonstrated the circumstances, rationale, and methodology for 3D scanning. All the case studies analyzed stem from the collaboration between the Laboratory for Product Development and Design at the Faculty of Mechanical Engineering at the University of Sarajevo and various furniture production enterprises from Bosnia and Herzegovina. The conclusions highlight that 3D scanning in the furniture sector is advantageous for developing computer-aided design models from early-stage design prototypes, validating the dimensional accuracy of manufactured components by comparing with CAD models, safeguarding and reconstructing vintage furniture, and remanufacturing formerly produced goods that lack complete technical records (reverse engineering).

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Section: Discussionmentioning

confidence: 99%

Enhancing Furniture Manufacturing with 3D Scanning

Muminović,

Gierz,

Rebihić

et al. 2024

Applied Sciences

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“…3D scanners growth is visible in a broad range of commercial solutions with different costs depending on their precision, accuracy, operating principle and other features (Unver et al 2016;Nguyen et al 2018). Some examples for apparel industry are Vitus Smart XXL (Vitus Smart), SYMCAD TM (SYMCAD) and [TC]² Body Measurement System ([TC] 2 ), which also permit to extract the anthropometric measures necessary for garment design.…”

Section: Human Body Acquisition and Measurements Extractionmentioning

confidence: 99%

Acquisition of customer’s tailor measurements for 3D clothing design using virtual reality devices

Vitali

Rizzi

2018

Virtual and Physical Prototyping

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Over recent years, various virtual prototyping technologies have been developed to innovate apparel industry. For each step of the garment design process one can find dedicated tools (from body acquisition to garment modelling and simulation) with the aim of making the process easier and faster. However, most of them are based on expensive solutions both for hardware and software systems. In this paper, we focus the attention on the first step of the made-to-measure garment design, i.e., customer's measures acquisition. We present a plug-in, named Tailor Tracking, which permits to get the measurements by interacting with the customer's avatar using hands as in the traditional way. Tailor Tracking has been developed using low cost devices, such as Microsoft Kinect sensor, Leap motion device and Oculus Rift, and open source libraries, such as Visualisation Toolkit (VTK) and Qt. The proposed approach is based on the use of multiple Kinect v2 to simultaneously acquire both customer's body and motion. This permits to emulate the customer's postures required to take the correct measurements. In addition, a virtual measuring tape is made available to replicate the one commonly used by the tailor. A men shirt has been considered as case study and a tailor and 14 people with no skills in garment design and different levels of experience in virtual reality technology have been involved to preliminary test Tailor 2 tracking. Finally, tests as well as results reached so far are presented and discussed. Results have been considered quite good; however, some critical measures have been identified as well as future developments. Anyway, Tailor Tracking can represent an alternative solution to the existing approach that automatically extract anthropometric measures from the customer's avatar.

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Morphological Box Classification Framework for supporting 3D scanner selection

Cited by 2 publications

References 11 publications

Enhancing Furniture Manufacturing with 3D Scanning

Enhancing Furniture Manufacturing with 3D Scanning

Acquisition of customer’s tailor measurements for 3D clothing design using virtual reality devices

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