Ingeniería Mecánica
URI permanente para esta colecciónhttp://hdl.handle.net/11349/1908
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Ítem Desarrollo de una Guía de inspección de soldaduras de acuerdo la Norma AWS D1.1 para el taller de soldadura de la Facultad Tecnológica perteneciente a la Universidad Distrital Francisco José de Caldas(Universidad Distrital Francisco José de Caldas) Calderón Guzmán, Jonatan Alexander; Montaño Vizcaíno, Shirley Katherine; Alvarado Moreno, Alexander; Alvarado Moreno, Alexander [0009-0006-7087-1014]The main objective of the following monograph is to develop a practical welding inspection guide based on the guidelines of AWS Standard D1.1: Structural Steel Welding Code, for specific application in the welding workshop of the Technological Faculty of the Francisco Jose de Caldas District University. This guide seeks to standardize visual inspection and non-destructive testing procedures to ensure the quality, safety, and regulatory compliance of welded joints produced in the academic and training environment, following the guidelines of AWS Standard B1.11. The project was developed in several stages, including a diagnosis of the workshop's condition, a technical review of AWS Standard D1.1, identification of the most common welding processes in the workshop, and finally, the development of a teaching guide with acceptance and rejection criteria based on inspection formats, required and available tools, along with operational recommendations. The result is a tool that is easy to understand and apply to students and faculty. It provides a better understanding of regulatory requirements and strengthens the technical skills in welding inspection for technologists and engineers adapting to the workplace. The guide directly contributes to quality assurance in manufacturing and training projects conducted at the school, promoting a culture of continuous improvement and professionalism in the welding field.Ítem Caracterización de las propiedades mecánicas a tensión y compresión del filamento pla madera para la obtención de piezas mediante impresión 3D(Universidad Distrital Francisco José de Caldas) Castro Cano, Brayan Estiven; Caicedo Romero, Daniel Alexander; Pastrán Beltrán, Oswaldo; Pastrán Beltrán, Oswaldo [0000-0003-1829-1777]In the current context of increasing demand for sustainable materials and the search for alternatives to traditional plastics, research on biodegradable composites for additive manufacturing has gained significant relevance. Polylactic acid (PLA), a biodegradable polymer derived from renewable resources, has emerged as a popular option in 3D printing. However, its mechanical properties may limit its application in certain areas. To address this limitation, the incorporation of recycled wood into PLA has been proposed as a promising solution. This approach aims not only to improve the mechanical properties of 3D printed materials but also to reduce environmental impact by utilizing recycled materials. The combination of PLA with recycled wood can result in composites that are more durable, lightweight, and rigid, thereby expanding their range of applications in 3D printing. The overall goal of the research is to evaluate the potential of PLA combined with recycled wood as a material for 3D printing, focusing on the characterization of its mechanical properties in tension and compression. To achieve this, the research is based on several fundamental aspects, including the study of the mechanical properties of pure PLA, the selection of the printer capable of using this filament, and the configuration parameters in 3D printing. Specifically, existing literature on PLA behavior under tension and compression, the influence of different types of fillers in 3D printing, ASTM standards such as ASTM D638 for tensile tests and ASTM D695 for compression tests is reviewed. Finally, samples are prepared by designing and fabricating standardized test specimens according to ASTM standards, and 3D printing of the specimens is carried out by varying the printing parameters according to the experimental design. Mechanical tests are conducted using the machine universal Testing Machine WDW-10 recording the force and deformation data for each test. The results obtained are statistically analyzed to compare the mechanical properties of the different samples and thus identify the relationship between the printing parameters and the mechanical properties. It is expected that the results of this research will allow to characterize the tensile and compressive mechanical properties of PLA combined with wood, identify the most effective printing parameters, and evaluate the potential of the composite material.Ítem Análisis tecnoeconómico de un sistema de generación de energía con reactores nucleares tipo SMR en Colombia(Universidad Francisco Jose de Caldas) Enciso Ramírez, Nicolás Esteban; Romero Ariza, Carlos Andrés; Romero Ariza, Carlos Andrés [0000-0003-1254-6468]In this study presents a techno-economic analysis of the design of a power generation system based on a 500 MWth High-Temperature Gas-cooled Reactor (HTGR) Small Modular Reactor (SMR), using the HTR-PM project in Shidaowan, China, as a reference. The proposed system operates with a Brayton-Rankine combined cycle, utilizing a helium gas turbine, achieving a thermal efficiency of 41 % and a second-law efficiency of 59 %, resulting in a net power output of 206.8 MWe. In addition to the technical analysis, an economic study was conducted based on cost estimates from the Idaho National Laboratory (INL), allowing the calculation of CAPEX, OPEX, and the Net Present Value (NPV) for Colombia. Inflation adjustment techniques and localization factors were applied, obtaining an inflation-adjusted Levelized Cost of Electricity (LCOE) of 278.687 (With inflation) USD/MW-h. These values were compared with the LCOE of alternative generation technologies in Non Interconnected Zones (ZNI), as reported by the UPME, demonstrating a competitive advantage over some of these technologies due to its capacity and high plant factor of 92.75 %.Ítem Implementación de un proceso estandarizado de mantenimiento preventivo para un banco de prueba dinámica de vehículos(Universidad Distrital Francisco José de Caldas) Andrade Bustos , Ginna Lizzeth; Pardo Agudelo , Sebastian Camilo; Velasco Peña, Marco Antonio; Velasco Peña, Marco Antonio [0000-0003-4436-9443]This document presents the design and implementation of a standardized preventive maintenance procedure for the dynamic vehicle test stand (DVT) at an automotive manufacturing plant. Based on an analysis of the current equipment condition and an evaluation of previously used procedures, deficiencies affecting system reliability and availability were identified. Structured improvements, aligned with Global Manufacturing System (GMS) principles, were proposed, including updating spreadsheets, standardizing critical tasks, and training technical personnel. Implementation of the new procedure eliminated unscheduled downtime, increased equipment availability to 100%, and established a replicable technical baseline in other maintenance areas, contributing to operational efficiency and continuous improvement.Ítem Guía para la evaluación de conformidad de cascos protectores en Colombia(Universidad Distrital Francisco Jose de Caldas) Casallas Sánchez, Daniela Alejandra ; Sánchez Carvajal , Clàudia Estefania; González Colmenares, MauricioThis thesis focuses on the development of a guide for the conformity assessment of protective helmets intended for use on motorcycles, ATVs, scooters, tricycles, and similar devices. This guide aims to document and explain the standardized process that ensures the effective evaluation of this protective equipment. The research addresses the need to establish a clear framework for describing how helmet conformity is assessed, ensuring that they meet rigorous quality standards. The study begins by gathering detailed information on helmet manufacturing processes, their uses, and current safety regulations. A review of existing literature and studies is conducted to understand the critical aspects of conformity assessment. Based on this knowledge base, an initial version of the guide is developed, which includes criteria and procedures for the evaluation of protective helmets. To ensure the guide's applicability and relevance, validation was conducted with technical experts, manufacturers/importers, and users to validate the content through surveys. The methodology employs surveys and data analysis. Feedback from technical experts, manufacturers/importers, and users is used to adjust and refine the guide, ensuring it accurately describes the conformity assessment process. The expected results are a detailed, validated guide that provides a clear framework for helmet conformity assessment. The thesis contributes to the documentation of the assessment process, facilitating the understanding of regulatory compliance.Ítem Propuesta de Diseño de molde de inyección de plástico basado en herramientas CAD/CAE/CAM para la fabricación de tapas laterales de luminarias lineales Nova Mini(Universidad Francisco José de Caldas) Bello Rosas, Brayan Steven; Nocobe Rangel, Andrés Felipe; Guasca González, Andrés Guillermo; Guasca González, Andrés Guillermo [0000-0002-3877-7021]Development of a proposal for a plastic injection mold for the manufacture of linear luminaire covers for a Colombian SME. A diagnosis of the manufacturing process used is performed, looking for defects in the part design, materials used, and manufacturing issues. The part is redesigned using the DFM (Design for Manufacturing) methodology, materials are selected, and a manufacturing process is selected. A plastic injection mold is designed using CAE/CAD/CAM tools, which favors a comprehensive mold design. A budget is outlined, accompanied by a break-even point to project the return on investment, and finally, the project is completed with all the necessary annexes (drawings, manufacturing code, and quotes).Ítem Implementación de herramientas de aprendizaje automático (IA) para la predicción de rugosidad de superficie en torneado(Universidad Francisco José de Caldas) Arias Santamaría, Juan Daniel; Carrillo Quevedo, Edwin Ricardo; Forero Casallas, John AlejandroThe implementation of new technologies in engineering is at the forefront, thanks to the continuous advancements in computer science, given the ability to transmit and analyze information automatically. This is the case with the incorporation of machine learning methods in machining processes through algorithms, codes, and artificial intelligence, which optimize part production. This undergraduate monograph proposes the implementation of machine learning tools, primarily artificial intelligence, for predicting surface roughness in turning, based on the calculation of cutting parameters relevant to the manufacturing process. To this end, we propose the validation of machine learning from emerging artificial intelligences (ChatGPT, Meta, and Gemini) through collaborative interaction and information provision. This includes the development of a code for calculating cutting parameters in Python and experimental data from turning processes (extracted from databases) to train these tools. The respective validation of the feasibility of incorporating these machine learning models for surface roughness prediction will be carried out through statistical evaluation and comparison. It is expected that, through proper training of artificial intelligence, results will be obtained that generate precision in surface roughness prediction, while limiting errors due to misinterpretation and ambiguity by AIs, given that they are Large Language Models (LLM) that tend to generate errors in matters related to computation and correlation of numerical information.Ítem Análisis de fallos en equipos cicloidales de transmisión mecánica suministrados por la empresa TRAMEC(Universidad Francisco José de Caldas) Linares Ardila, Natalia; Sandoval Camacho, Julian Eduardo; Gonzáles Colmenares, MauricioThis thesis project focuses on addressing the lack of systematic analysis of the information collected during the maintenance of cycloidal mechanical transmission equipment supplied by Tramec. The absence of standardized documentation has resulted in downtime, cost overruns, and significant operational challenges for the company. The main objective is to carry out a failure analysis by characterizing and classifying the equipment based on various technical parameters. This includes the detailed collection of data on maintenance activities, failures, and operating times, followed by a statistical analysis to identify patterns and trends. The project involves the thorough collection of maintenance, failure, and operation time data, followed by a statistical analysis to detect patterns and trends. The most suitable failure analysis methodology for these cycloidal systems will be selected and applied to present the results and conclusions obtained. The expected impact includes a significant reduction in downtime and repair costs, as well as improvements in strategic decision-making for future acquisitions and support in maintenance processes. By systematically and analytically identifying and addressing the root causes of failures, the goal is not only to optimize the performance of Tramec's assets but also to establish a solid foundation for the implementation of more effective and sustainable long-term maintenance practices.Ítem Plan de mantenimiento preventivo para retroexcavadoras hidráulicas de la empresa MHC Ingeniería(Universidad Distrital Francisco José de Caldas) Gracía Arias , Andrés Felipe; Ramírez Mieles , Carlos Alberto; Pastrán Beltrán, OswaldoThis project focuses on developing a preventive maintenance plan for a fleet of backhoe loaders belonging to the civil works construction company MHC Ingeniería. The company owns different types and models of these machines but does not have such a plan. It is important to keep in mind that this is a very useful tool for keeping the machinery operational, reducing downtime due to unforeseen failures, extending the equipment's useful life, and not negatively impacting the company's productivity. The main objective is to adapt the maintenance plan to the requirements of the company's backhoe loader fleet, identifying the components of each machine according to its model, the potential failures they may present depending on their operating conditions, and assessing the criticality level of each component in order to establish a schedule with the respective maintenance activities to be performed during each cycle.Ítem Desarrollo de un dashboard para la visualización de indicadores de gestión de mantenimiento de una línea de producción de agua embotellada(Universidad Francisco José de Caldas) Cárdenas Bello, Marlon Ferney; Garzón Ladino, Santiago; Velasco Peña, Marco Antonio; Velasco Peña, Marco Antonio [0000-0003-4436-9443]This project focuses on the development of a dashboard for Coca-Cola FEMSA, Manantial bottled water plant, aimed at visualizing and analyzing maintenance management indicators. The key indicators include maintenance costs, maintenance warehouse value, and equipment downtime maintenance indicators. The indicators were carefully defined, assessing their impact and relevance in maintenance management. Data extraction is performed using SAP, leveraging SAP GUI Scripting to automate the execution of three key transactions. The extracted data is then processed using Python and Pandas, integrating the information to generate the final dashboard. This development enhances data-driven decision-making, optimizing the analysis of key indicators and improving maintenance management efficiency within the plant.Ítem Plan de negocio para la conformación de empresa de mecanizado(Universidad Francisco José de Caldas) Pajarito Santamaría, Dennys Camila; Pinzón Leguizamón, Aylin Johana; González Colmenares, MauricioThis project proposes a business plan for the creation of a machining center in the department of Meta, specifically in the city of Villavicencio. Through interviews with customers, workers in the region and nearby industries, it has been identified a high demand for parts manufacturing services, machining processes, sharpening and high quality surface finishing treatments. Currently, many of these services must be managed from Bogota, which makes Villavicencio a strategic location for their implementation. The analysis developed in this document includes fundamental studies in the formulation' of projects, such as the market study, the operational study and the administrative study. In addition, consultations were made with workshop owners and workers in the sector in order to identify the areas of greatest demand.Ítem Implementación de un sistema de monitoreo de la producción en una planta de enmangado termoencogible a través de una interfaz de visualización en la empresa Tekniplex(Universidad Distrital Francisco José de Caldas) Cárdenas Zipa, Sergio Nicolás; Alvarado Moreno, Alexander; Alvarado Moreno, Alexander [0009-0006-7087-1014]This report presents the creation of an Excel-based monitoring system for TekniPlex’s heat-shrink label plant in Bogotá. It replaced manual logs with a digital dashboard updating every two hours, showing key metrics like speed, output, and supervisor performance. The tool improved efficiency, supported decision-making, and led to a 9.6 % monthly productivity increase. Staff were trained to ensure correct usage and support continuous improvement.Ítem Diseño y optimización de una máquina compostera automatizada para la gestión eficiente de residuos orgánicos: estudio de caso en Plaza de Mercado Corabastos(Universidad Francisco José de Caldas) Balanta Castro, Julián David; Pabón Barbosa, María Camila; Alvarado Moreno, AlexanderThis study presents the design of an automated composting machine designed to improve and optimize organic waste management, with a specific focus on application in busy urban market squares, using the iconic Corabastos Market Square as a case study. To achieve this objective, a rigorous mechanical design methodology was followed, including the definition of specific criteria, requirements, and constraints. Modeling and simulation techniques were employed to explore different design concepts and evaluate their technical, functional, and economic feasibility.Ítem Propuesta de optimización del sistema de calandrado basado en parámetros de funcionamiento y necesidades de producción(Universidad Francisco Jose de Caldas) Cruz Ramírez, Nelson Esteban; Rodríguez Sastoque, Daniel Eduardo; Alvarado Moreno, AlexanderThe advent of Industry 4.0 has marked a technological revolution that is redefining industrial processes worldwide. This new paradigm is characterized by the integration of advanced digital technologies, such as artificial intelligence, the Internet of Things (IoT), and data analytics, to create more efficient and adaptable production environments. This global trend has generated a growing demand for automation and digitalization in various industrial sectors, with the primary goal of improving competitiveness and productivity. In Colombia, this vision of Industry 4.0 is gaining momentum thanks to government initiatives and the growing interest of the private sector in adopting innovative technologies. The integration of solutions such as process automation and advanced control in companies like Escobar y Martínez reflects this movement toward modernization and optimization of Colombian industry in the context of the fourth industrial revolution. Overall, the industry faces a growing need to adopt advanced technologies to remain competitive in an increasingly demanding market. The fourth industrial revolution has underscored the importance of automation and control in improving production processes, and Escobar y Martínez is no exception. Given this scenario, there is an urgent need to modernize machinery and manufacturing processes to stay ahead in the industry. In this context, the proposed project focuses on two key aspects: the automation of the calendering machine and the design of an automatic cutting table at the output. Using state-of-the-art control technologies, the company seeks to eliminate manual operations in the calendering process, improving precision and efficiency in the production of rubber sheets with different thicknesses. Furthermore, the implementation of the automatic cutting table will allow for precise and uniform cuts, streamlining the process and reducing human intervention. The project to automate the calendering machine and design an automatic cutting table represents an ambitious initiative to modernize and improve manufacturing processes at Escobar y Martínez. Located in an environment of technological advancements and business competitiveness, the implementation of these solutions seeks to optimize the operational efficiency and quality of rubber-based products. Within the specific framework of the project, a detailed analysis was conducted of the technical and operational requirements of the existing machine, as well as the specific production needs of Escobar y Martínez. The most appropriate control technologies will be selected and implemented to ensure optimal integration and efficient operation of the automated systems. The ultimate goal is to improve product quality, increase production capacity, and ensure a safer and more efficient work environment for all employees involved in the process.Ítem Desarrollo de una guía integral de mantenimiento de ascensores implementando mejores prácticas y normativas para la seguridad y eficiencia del servicio(Universidad Francisco Jose de Caldas) Gómez Garavito, Diana Catalina; Castro Campos, Jasson Fernando; Alvarado Moreno, AlexanderThe proper maintenance of elevators, whether used for the transport of cargo or people, is a critical aspect in the management of commercial, residential and industrial buildings. However, operational and safety needs require differentiated maintenance approaches that take into account the particularities of each type of elevator. For this reason, the objective of this project is to develop a comprehensive guide to elevator maintenance with the integration of practices and regulations for the safety and efficiency of the service, aimed at both cargo and passenger elevators. This was done under the NTC5926-1 and NTC2769-1 regulations, allowing to obtain the various processes and types of maintenance performed on elevators. The proposed guide had as its main objective to guarantee the safety and proper operation of elevators, highlighting the importance of maintenance in this regard. The objectives were highlighted, among which will be the increase in efficiency in accordance with the standards established by the Colombian technical regulations. The manual included a checklist and a maintenance program that emphasizes the importance of safety during the performance of the procedures. Additional documentation, such as instructions, templates and formats required to carry out maintenance, was also provided, along with a plan to keep the guide updated in accordance with current regulations.Ítem Estudio del comportamiento de un fluido multifásico mediante análisis por elementos finitos para una t de mezcla en una planta térmicaSabogal Oviedo, Julián Alejandro; Bravo Suárez , Juan Camilo; Muñoz Bello, Nicolás GabrielThe purpose of this thesis is to study the behavior of a multiphase fluid when joined in a mixing tee of a thermal plant using finite element analysis, where the mixing of water in liquid state and air occurs. For this study, specialized computational tools are used to evaluate both the behavior of the multiphase fluid and the thermal gradients generated in the component. The development of this document is structured through the following stages: initially, an exhaustive bibliographic review is carried out on finite element analysis especially applied to mixing tees, with an emphasis on thermal and fluid analysis. Subsequently, a specific case study is defined based on real operating conditions for a water-air mixture, establishing the operating parameters that delimited the scope of the project. The design and modeling of the mixing tee for the thermal plant is carried out applying ASME B16.9, ASME B31.1 and B36.10 standards, using Autodesk Inventor Professional 2024. The model is exported to Ansys Workbench to perform the corresponding analyses. Simulations are run using the CFD module to study the behavior of the fluid mixture, and the Ansys Fluent module is used to evaluate the thermal gradients under study. The results analysis focuses on the behavior of the fluids when mixed, identifying flow variations and their thermal gradients. This provides valuable information for understanding the thermomechanical behavior of the mixing tee in relation to its integrity in thermal power plant applications.Ítem Modelamiento y simulación del comportamiento fracto-mecánico de un acero AISI SAE 1045 bajo tratamiento térmico de temple(Universidad Francisco José de Caldas) Delgado, Geraldine Xiomara; Ballesteros Davila, Henry Alejandro; Muñoz Bello, Nicolas GabrielThis undergraduate project focuses on the study of the fractomechanical behavior of quenched AISI SAE 1045 steel through finite element modeling in ANSYS Workbench and its experimental validation. Due to its high strength and toughness, this material is ideal for analyzing crack propagation under load within the framework of fracture mechanics. The objective is to develop an accurate model capable of predicting the steel’s response under various loading conditions, using ASTM E1820 and E399 standards for testing. The results will assess the model’s accuracy and contribute to the development of safer and more efficient structures.Ítem Elaboración de plan de mantenimiento basado en confiabilidad (RCM) para equipo freidor marca Heat & Control PC-26 de línea de producción de papas fritas(Universidad Distrital Francisco José de Caldas) Torres Arbeláez, Edwin Ramiro; López Corredor, Jhonattan Javier; González Colmenares, MauricioThis project proposes developing the management and creation of a reliability-based maintenance (RCM) plan for a Heat & Control PC-26 fryer on a potato chip production line. This plan aims to implement maintenance activities that adequately address the needs of the equipment, improving plant availability. Currently, the snack production company where the potato chip fryer equipment is located lacks maintenance software, a defined preventive maintenance plan, intervention instructions, checklists, procedures, lubrication routes, properly identified equipment, and historical information on the different assets such as: failures, interventions, downtime, critical spare parts, life records, among others. Therefore, only corrective interventions are carried out on the plant's machinery, and specifically on the potato chip fryer, directly affecting the company's productivity, increasing costs and downtime, decreasing the reliability and useful life of the equipment, and generating high safety risks. Using the RCM (Reliability-Based Maintenance) methodology, during the development of this project, a maintenance plan will be created for a Heat & Control PC-26 brand fryer, performing failure analysis, identifying the critical components that affect the machine's productivity, and strategies will be proposed to reduce the occurrence of unscheduled stops and mitigate their impact on the equipment. Upon completion of this project, a preventive maintenance plan will be completed for the French fryer equipment, establishing the maintenance frequencies for each of its components. A maintenance history and technical sheet will be created, recording the maintenance history, failures, a list of critical spare parts, specifications, causes of failure, and other information. Additionally, maintenance instructions will be created for the most critical tasks encountered and lubrication routes, thereby increasing the company's productivity, increasing equipment reliability, reducing unscheduled downtime, reducing maintenance costs, and improving safety.Ítem Diseño de un sistema de aspersión para la lubricación interna de los volcos en la planta de asfalto de la empresa Icein s.a.s(Universidad Distrital Francisco José de Caldas) Reyes Piedrahita, Angie Carolina; Prada Moncada, Pablo Hernan; Alvarado Moreno, Alexander; García Barreto, Germán Alberto (Catalogador)This work aims to propose the design of a sprinkler irrigation system to lubricate the internal walls of the dump trucks of the double-truck dump trucks belonging to the fleet of the company ICEIN Ingenieros Constructores. The system will be designed for the Vista Hermosa (Mosquera) asphalt plant, where it produces asphalt to cover the civil works of Caracas Sur, Canal Córdoba and Avenida Tintal in Bogotá, in addition to upcoming projects and the sale of Asphalt Mixtures to allied companies. This is in order to prevent the asphalt mixtures produced there from leaving residues adhered to the interior of the metal walls of the dumps, which has caused a decrease in the useful volume of the asphalt mixture to be spread. Additionally, to avoid the carrying, use and handling of fuel in unauthorized containers by the drivers of these vehicles, which are used for the internal lubrication of these dump trucks, when loading asphalt mixtures and any type of material that may adhere to the internal walls of the dump trucks.Ítem Diseño de molde para procesos de inyección de plástico y fabricación de sus placas de núcleo y cavidad de manera didáctica(Universidad Distrital Francisco José de Caldas) Bustamante Sepulveda, Oslant Jair; Beltrán Morales, Kevin Alexander; Dueñas Rojas , Jonny Ricardo; Dueñas Rojas, Jonny Ricardo [ 0000-0002-2899-8306 ]; Garcia Barreto, Germán Alberto (Catalogador)When designing a mold for a part manufactured by injection molding, it is essential to focus on producing parts in cycles with relatively short time spans, they must fulfill the function for which they will be manufactured, the quality, the cost and seeking to reduce the waste of resources in the process, for this reason, carrying out the design, manufacturing and validation process of an injection mold requires responsibility, knowledge and commitment on the part of the engineer, who must clearly understand the previously stated requirements [1]. It is essential to rely on the existing computer-aided design technologies or tools (CAD/CAM/CAE), which allow the design and development of components, so it is necessary to have the skills and abilities to use this type of technology and thus provide optimal solutions. When executing this project, a series of steps were observed that are required for the design and manufacture of a prototype injection mold, for this this research was mainly divided into seven stages. The first phase basically consists of identifying the manufacturing needs of the part, examining first of all what tools the machining center located in the faculty facilities is equipped with and thus identifying the complexities, limitations and scopes in order to know the ideal working parameters of the equipment and finally to define the geometry of the part. In the second stage, the simulation of the process was carried out with the help of CAE tools (MoldFlow Adviser), in addition, the theoretical corroboration of the parameters of a complete injection cycle was carried out supported by documentation from injection machinery manufacturers and documentation from research and academic works in order to size the required equipment, in this way making a comparison guaranteeing that what is shown in the simulated analyses is as close to reality as possible with the data obtained theoretically. In the third stage, on the other hand, the dimensions and geometries that govern the injection mold are established. 3D models of the cavity and insert plates, clamping and ejector plates, feed and cooling channels, ejection mechanisms, sprue and other components that make up the total assembly of the mold are obtained. In addition, the plans for each of them are drawn up, which will facilitate their understanding and operation. Once the 3D models of the mold components have been defined, the fourth stage of the project begins, in which the conditions are established and the trajectories for the machining operations that will be carried out for the manufacture of the core and insert plates of the mold are developed. The paths that the tools will take are simulated and corroborated to obtain the desired geometries in order to avoid future damage to the material at the time of machining and finally the NC codes necessary for the manufacturing practice of the plates are obtained. In the fifth stage, the manufacturing phase was executed with the help of CAM tools and was materialized with the equipment with which the faculty is equipped, specifically with the CNC machining center. The final product is a manipulable prototype of the cavity and core plates of the mold for injection processes, as well as the files to view in a virtual environment the rest of the components that intervene in the process and together, ensure optimal performance. The sixth stage is based on the financial evaluation which consists of a calculation of costs of materials, labor and equipment, as well as an estimate of the machining times to execute the manufacture of the components that make up the injection mold object of study of this project, and thus, give it a more industrial approach. The results obtained will serve as a basis for making informed decisions about the investment in the injection mold, the economic viability and its impact on future production processes. The culmination of this project comes hand in hand with the seventh stage, here the focus is on the materialization, elaboration and socialization of the technical document that details the investigative and practical process carried out, from the conceptual design to the manufacture of the core plates and insert of the mold. This document not only serves as a historical record of the project, but also constitutes a valuable tool for future references, allowing for process replication, design optimization, and resolution of possible incidents in injection cycle processes.