Prototipo de plataforma programada en tiempo real para el grabado empleando la técnica de láser aplicado en la industria marroquinera
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In the leather goods industry there is a variety of machinery for logo or design marking, where it can be achieved by means of heat or laser embossing, where laser machines are expensive and will depend on the requirements of the final buyer, such as size, type of laser and software. requirements of the final buyer, such as size, type of laser and software. It should be noted that maintenance can be very tedious and costly, as it may require parts that are not readily available, are expensive or are out of series, also does not allow work in real time, ie, the logo to be engraved must be conditioned to the design of the engraving must be conditioned to the design of the leather piece, leaving a task that requires time and labor. time-consuming and labor-intensive task.
This document presents the proposal to develop and manufacture, according to the indications given by the leather goods company CamiKueros, which will finance this project, an equipment for the marking area. CamiKueros leather goods company, which will finance this project, an equipment for the marking area of the company, marking area. Indicating the need for a laser engraver in real time, by means of a mach3 card, pointing out its great ease of use by means of an its ease of use through its graphical interface where you can adapt to customize its structure without affecting the engraving, with step-by-step engraving, with stepper motors, end-of-travel sensors, drivers for the motors, laser, linear guides and other components, classifying the linear guides and other components, classifying and selecting them for its operation in the leather goods company, where they are leather goods company, where the logo or unique design will be created by means of mach3 Bitsensor, modifying the characteristics of the laser characteristics of laser engraving, presenting a prototype of engraving on the pieces to be engraved by communication by means of communication between the mach3 Bitsensor card and the computer. Visualizing the path of the laser to the the point of engraving the desired part. The project will have a duration of 5 months, where the time will be distributed for design, construction, component assembly and testing with the guidance and cooperation of Tecnoparque and Tecnoparque. cooperation of Tecnoparque and the digiti research group, with a cost of about $2'500.000 for the leather goods company CamiKueros.