Use of spScan for mold repair and analysis for home appliances.

Improvement of mold maintenance and simulation accuracy in the home appliance industry.

In the home appliance industry, as products become smaller and multifunctional, the quality of the casing and internal components is directly linked to product reliability. Even slight damage or wear to molds can significantly lead to molding defects and decreased production efficiency. Production stoppages due to mold issues can have serious consequences, such as supply delays and opportunity losses, in the fast-paced home appliance market. spScan non-contact measures the current shape of damaged molds and compares it with design CAD data to quickly identify wear and discrepancies. This enables high-precision repairs to be achieved in a short period, contributing to the stabilization of product quality. Furthermore, the use of spScan is not limited to repairs; it is also effective in creating analytical data that reflects the actual shape of the product. There are subtle differences between design data and the actual product due to molding shrinkage, but by performing reverse modeling based on the actual item, more realistic simulations can be conducted for strength analysis and fluid analysis for heat dissipation. 【Usage Scenarios】 - Manufacturing of parts - Molding of aesthetically pleasing exterior panels (such as air conditioners and beauty appliances) 【Benefits of Implementation】 - Reduction of mold maintenance time and realization of preventive maintenance - Improved accuracy of design and prototyping cycles through analysis based on actual items

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