Evaluating the Performance of an Arduino-Controlled Wood Scaling Machine

The aim of this quantitative study was to evaluate the performance of an Arduino-controlled wood scaling machine, designed to improve the cutting process for woodwork and furniture production. The machine was developed with the goal of achieving accuracy, precision, and consistency in wood cutting, while also reducing the need for time-consuming grinding and polishing. The wood cutter machine was composed of a circular saw, relay, conveyor, and control module, with the added feature of an Arduino for automated scaling. The study found that the machine's performance was more reliable, effective, and safer than other wood cutting machines, and its use could lead to faster, better, and more accurate cuts. The wood scale cutter machine was also designed to be more affordable while maintaining a standard quality that would ensure its longevity for years. The results of this study offer an innovative and improved wood cutting tool that could compete in the market and benefit workers by reducing working time and increasing productivity.