A PRACTICAL EVALUATION OF FUSION 360'S AUTO DIMENSION TOOL FOR ENGINEERING DRAWINGS
Keywords:
technical drawing, auto dimension, Fusion 360, CAD automation, drawing generationAbstract
This study investigates the effectiveness of the automatic drawing generation feature in Fusion 360, focusing on dimensioning accuracy and standards compliance. Four CAD models of varying complexity were evaluated using the platform’s built-in tool for auto-generated 2D technical drawings. The study assesses the completeness, clarity, and limitations of the resulting dimensions in accordance with ISO 128-1 and ASME Y14.5 standards. Results reveal consistent gaps in functional coverage and highlight areas for improvement in automated dimensioning systems.
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References
Wang, Y.; Zhang, C.; Li, K.; Zhang, S. (2023).
Research on Dimension Redundancy Checking
Technology of Engineering Drawings Based on
SolidWorks Secondary Development. Manufacturing
Technology & Machine Tool, 04, pp. 72–77.
Wu, S.; Yang, K. (2023). Research on Secondary
Development of Parametric Assembly Design Based
on Solid Edge. Boil. Technology, 54, pp. 32–38.
Ding, L.; Li, G.; Yang, P.; Peng, H. (2022).
Geometric Modeling and Dimensional Annotation of
JOURNAL OF INDUSTRIAL DESIGN AND ENGINEERING GRAPHICS 59
AI–Enhanced Descriptive Geometry: A Modern Framework for Spatial Reasoning and Projection-Based Learning
Fully Parameterized Features for Shaft Parts. Journal
of Machine Design, 39, pp. 15–21.
Liu, X.; Cheng, Y.; Xing, J.; Ni, Z. (2017).
Development Overview of 3D Dimensional
Annotation and Completeness Checking Technology.
Machine Manufacturing & Automation, 46, pp. 1–20.
Liu, J.; Sheng, S.; Dong, L.; Zhou, H.; Liu, X. (2022).
A
Rapid Dimension Annotation Method for
Intelligent Design of 3D Part Processes. China
Mechanical Engineering, 33, pp. 707–717.
Li, Y.; Zhou, M.; Lei, H.; Yang, Q. (2024). 3D
Dimensioning Automatic Generation Technology and
Application for Ship Iron Fittings Installation. Ship &
Ocean Engineering, 53, pp. 1–4.
Sun, D.; Hu, Y. (2019). Research on Automatic
Dimensioning of the Engineering Drawing Based on
CBR. IOP Conference Series: Earth and
Environmental Science, 252, 052118.
Simple
Hou, B.; Guo, J. (2014). 3D Automatic Dimensioning
for
Parts.
Mechanical Design and
Manufacturing Engineering, 43.
Guo, J.; Wan, J.; Qu, L.; Li, L.; Zhang, J. (2018).
Automatic Dimensioning Method for Array Features
Aimed at Digital Inspection. Manufacturing
Automation, 40, pp. 89–91.
Tan, Z.; Sui, T.; Wang, L.; Gu, X.; Ren, Z. (2013).
A Method for Completeness Testing of Dimensioning
in 2D Drawing. Mechanics of Materials, 319, pp.
–355.
Yan, Z.; Dong, Y.; He, J.; Gui, X.; Tao, G. (2023).
Algorithm for Completeness Check of Dimension
Annotations in 3D Models. China Mechanical
Engineering, 34, pp. 1967–1974.
Zhang, S.; You, Y.; Li, B.; Cheng, D. (2020).
Research on 3D MBD Model Dimension
Completeness Check and Analysis Technology in
Digital Design and Manufacturing. Journal of
Graphic Science, 42, pp. 599–605.
Luo, L.; Liu, Y.; Zheng, G. (2018). Algorithm for
Checking Engineering Dimension Completeness in
D Part Models. Journal of Computer-Aided Design
& Graphics, 30, pp. 1748–1754.
Fu, C.; Chen, Z.; Peng, Y.; Yang, W. (2020). A
Method for Reviewing 3D Geometric Tolerance
Annotation Information. Journal of Combined
Machine
Tools
and Automated Processing
Technology, 06, pp. 142–146.
Kang, J.; Yang, C. (2022). Fast Annotation Based
on Freeman Chain Code Model Features. Journal of
Combined Machine Tools and Automated Processing
Technology, 06, pp. 67–71.
Stefenon, S.F.; Cristoforetti, M.; Cimatti, A. (2025).
Automatic Digitalization of Railway Interlocking
Systems Engineering Drawings Based on Hybrid
Machine Learning Methods. Expert Systems with
Applications, 213, 127532.
ASME 14.5. (2018). Dimensioning and Tolerancing:
Engineering Drawing and Related Documentation
Practices https://www.asme.org.
ISO 128-1 (2023). Technical drawings: General
principles of presentation https://www.iso.org.
Ou, E.; Kim, M.; Loh, P.-L.; Allen, T.; Agasie, R.;
Liu, K. (2022). Automatic Recognition System for
Document Digitization in Nuclear Power Plants.
Nuclear Engineering and Design, 398, 111975.
Wu, Q.; Liu, Y.; Chang, Y. (2016). Comprehensive
Dimension Synthesis Method for Disc Cam
Mechanisms with Flat-Faced Followers. Journal of
Engineering Design, 23, pp. 116–123.
Bai, W.; Li, Q.; Chen, W.; Liu, S. (2017). Topology
Optimization Maximum Dimension Control Method
Based on Mapping. Engineering Mechanics, 34, pp.
–26.
Chen, X.; Zheng, C.; Chang, B. (2024). Multi
Objective Word Joint Framework Semantic Analysis
Model Integrating Knowledge. Journal of Chinese
Information Processing, 38, pp. 25–33.
Gao, C.; Tang, H.; Shi, Z.; Zhang, R.; Yang, B.
(2024). Semantic Element Method for Constructing
Evolution Routes. Journal of Chinese Engineering
Machinery, 22, pp. 421–426.
Wei, W.; Ding, X.; Guo, M.; Yang, Z.; Liu, H.
(2024). Overview of Text Similarity Calculation
Methods. Computer Engineering, 50, pp. 18–32.
Konstantinos G.; Petros K.; Athanasios M.;
Panagiotis K.; (2023). A system for automatic
dimensioning of mechanical drawings. International
Journal of Modern Manufacturing Technologies.
Mihalute, E. & Mititelu, N.R. (2025). The
Limitations of Existing Software in Identifying
Content Created with the Help of AI. Bulletin of the
Polytechnic Institute of Ia?i. Machine constructions
Section,
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