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An Efficient Iso-Scallop Toolpath Planning Strategy Using Voxel-Based Computer Aided Design Model
Journal of Computing and Information Science in Engineering, 2022Abstract The primary objective of an efficient computer numerical control (CNC) finishing toolpath strategy is to reduce the machining time and maintain desired surface finish (scallop). Among traditional toolpath planning strategies, iso-scallop gives the shortest toolpath while achieving a uniform surface finish.
Kukreja, Aman, Pande, Sanjay S
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TOOLPATH STRATEGY & GENERATION FOR ROBOTIC FIBRE PLACEMENT ON CURVED SURFACES
2019The paper attempts to provide a simple tool for trajectory generation and its optimization for use with an automated/robotic fibre placement (AFP) machine for layup on freeform curved surfaces.
FelixRaspall +3 more
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Toolpath strategy based on geometric model for multi-axis medical machine tool
CIRP Annals, 2011Abstract Toolpath generation for a multi-axis medical machine tool is a challenging task. In surgical procedures, it is difficult to apply industrial CAM technology owing to the requirement for quick toolpath generation and the likelihood of tool interference with complex structures of the target area. The objectives of this study are to optimize the
N. Sugita +6 more
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Software analyses of optimum toolpath strategies from computer numerical control (CNC) codes
The International Journal of Advanced Manufacturing Technology, 2019This study presents an approach for determining energy efficient toolpaths using numerical control (NC)-based energy demand software. To achieve this, NC programmes were generated for the true spiral, rectangular spiral, and square contour toolpaths from HyperMill, a commercially available Computer-Aided Manufacturing (CAM) software for performing ...
Edem, Isuamfon F. +3 more
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Simulation of Toolpaths Using 3D Method Strategies for Complex Shape in Milling Application
International Journal of Advanced Research in Technology and Innovation, 2022Several strategies can be used for machining complex 3D shapes on a 3-axis CNC vertical milling machine in Autodesk Inventor Professional software. However, it is challenging to determine suitable strategies without guidance. Among the strategies involved are Scallop, Radial, Spiral, and Morphed Spiral.
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Toolpath generation strategy of wire arc additive manufacturing
Brazilian Applied Science ReviewWire-Arc Additive Manufacturing (WAAM) is a promising technology in the field of metal additive manufacturing, enabling the production of large-scale, complex metal components. A critical aspect of WAAM is the generation of efficient and accurate tool-paths, which directly influence the quality, structural integrity, and material properties of the ...
Farid Bettine +3 more
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The Influence of Toolpath Strategy on Geometric Accuracy in Incremental Forming
Key Engineering Materials, 2013Incremental sheet metal forming is a new process to manufacture sheet metal parts and it is becoming a remarkable technology for fast prototyping and small lot production because of the advantages of this technology such as process flexibility, product independent tooling and higher formability.
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Critical factors in energy demand modelling for CNC milling and impact of toolpath strategy
Journal of Cleaner Production, 2014Reducing energy demand in manufacture is an urgent challenge. This challenge is driven by higher consumer demand for manufactured products, increasing electricity and energy prices, volatility and uncertainty in energy supply and national policy.
Mativenga, Aramcharoen, Mativenga, Paul
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Influence of toolpath strategies during laser polishing on additively manufactured biomaterials
Surface EngineeringNowadays, Additive Manufacturing ( AM), i.e., the 3D Printing process, is one of the advanced manufacturing processes for making a complex geometry with high accuracy. Additive manufacturing processes are widely used worldwide and are the fastest-growing industrial technology, as any complex structure with minimal wastage of materials can be ...
Atul Singh Rajput +3 more
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Assessing 3 and 5 Degrees of Freedom Toolpath Strategy Influence on Single Point Incremental Forming
Key Engineering Materials, 2015Single Point Incremental Forming (SPIF) is a promising manufacturing technology concerning the production of customized products, low batches or prototyping of ready-to-use parts, given its easy implementation and absence of dedicated tooling. The range of application is wide, covering many materials and virtually unlimited geometries. Indeed, nowadays’
João B. Sá de Farias +3 more
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