3D Inescop Footwear Software
the advanced footwear industry has evolved toward adapting additive manufacturing processes to produce footwear. this involves reducing the amount of manual interaction with the equipment and with the raw materials. additive technology has been used in the footwear domain in terms of material and layering technique (nussbaum et al., 2009; woodhouse et al., 2008; vaidyanathan et al., 2002). recently, additive technologies have been used to create prototypes for further development and validation in order to achieve a more flexible, fast and efficient footwear design environment (kim et al., 2010; chen et al., 2009; wong et al., 2006; brown et al., 2005; fu et al., 2007; wang et al., 2008).
3D Inescop footwear software
augmented reality applications for the footwear industry have not been widely explored. two studies have examined the effectiveness of ar applications for custom-made footwear manufacturing. in one case, the study was conducted to examine whether cad/cam generated virtual prototypes could make a significant improvement on customer satisfaction in the custom-made shoe industry (kester et al., 2018). it was found that virtual prototypes could be of value in reducing foot-related issues, including pain and discomfort of the feet. the second study explored the use of ar for custom-made footwear manufacturing through analyzing customer experience in a shoe store environment (jacobson et al., 2017). the majority of users said that the ar experience was of value, except for usability issues and deficiencies.
conclusion: in a search for the most commonly used algorithms for the construction of 3d models of the foot, the present study has identified a priority list of eight features for inclusion into a new comprehensive 3d modeler software. this new modeler should be able to accurately recreate foot features using either a scanned model as an input or it can start with mri, ultrasound, or optical data directly. software should be able to identify the instep, heel and toe, as well as the major joints and bone landmarks. it should also be able to measure and draw a soft copy of the foot upon which the 3d model can be produced. this new modeler must be able to create a 3d model on an stl format that can then be printed, and it should provide 3d visualization, a 3d print function, dimensioning, and the appropriate formatting for the 3d model (ie, stl) to import into a 3d-printing software. that model should then be able to be added to the online store or shoe planning system as a 3d rendered item or part of a footwear item.