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Флаг ARGENTINA
yerba buena, argentina
$35 USD / hour
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Joined мая 16, 2022
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Nicolás V.

@NicolasValle95

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$35 USD / hour
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yerba buena, argentina
$35 USD / hour
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Mechanical Engineer (CAD/CAM/CAE)

Reverse engineering with geomagic, Solidworks simulation and SolidCAM Mechanical engineering applied for de design, of mechanical and plastic parts for inyection and blow molding: - Part Design and simulation with CAD/CAE technology (solidworks) - Mold design and simulation with SOLIDWORKS plastics - Mold machining with CNC Haas - Gcode making with SolidCAM Piping engineering: Design and calculation of pressure vessels and pipe lines according to ASME Section VIII Drawing of pipe lines with Solidworks Routing
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Элементы портфолио

Creation of detailed and complex plastic injection molds, from conception to mass production. My approach is based on optimizing the design to achieve efficient and high-quality production, using advanced modeling and simulation tools of SolidWorks Molds and Solidworks Plastics, providing several advantages for the design of plastic injection molds, including: Design optimization: advanced simulations of the mold and plastic injection process helps to identify and resolve potential design issues before mass production. Cost and time reduction: By allowing for precise simulation and analysis, there is less need for physical testing and prototypes, which in turn reduces production costs and times. Improved quality: Simulation of the injection process and design optimization allow for more uniform production, with a lower defect rate and higher quality finish. Design flexibility: SolidWorks Mold and SolidWorks Plastics allow for complex and detailed mold designs.
Plastic Parts Aand Mold Designs
Creation of detailed and complex plastic injection molds, from conception to mass production. My approach is based on optimizing the design to achieve efficient and high-quality production, using advanced modeling and simulation tools of SolidWorks Molds and Solidworks Plastics, providing several advantages for the design of plastic injection molds, including: Design optimization: advanced simulations of the mold and plastic injection process helps to identify and resolve potential design issues before mass production. Cost and time reduction: By allowing for precise simulation and analysis, there is less need for physical testing and prototypes, which in turn reduces production costs and times. Improved quality: Simulation of the injection process and design optimization allow for more uniform production, with a lower defect rate and higher quality finish. Design flexibility: SolidWorks Mold and SolidWorks Plastics allow for complex and detailed mold designs.
Plastic Parts Aand Mold Designs
Creation of detailed and complex plastic injection molds, from conception to mass production. My approach is based on optimizing the design to achieve efficient and high-quality production, using advanced modeling and simulation tools of SolidWorks Molds and Solidworks Plastics, providing several advantages for the design of plastic injection molds, including: Design optimization: advanced simulations of the mold and plastic injection process helps to identify and resolve potential design issues before mass production. Cost and time reduction: By allowing for precise simulation and analysis, there is less need for physical testing and prototypes, which in turn reduces production costs and times. Improved quality: Simulation of the injection process and design optimization allow for more uniform production, with a lower defect rate and higher quality finish. Design flexibility: SolidWorks Mold and SolidWorks Plastics allow for complex and detailed mold designs.
Plastic Parts Aand Mold Designs
Creation of detailed and complex plastic injection molds, from conception to mass production. My approach is based on optimizing the design to achieve efficient and high-quality production, using advanced modeling and simulation tools of SolidWorks Molds and Solidworks Plastics, providing several advantages for the design of plastic injection molds, including: Design optimization: advanced simulations of the mold and plastic injection process helps to identify and resolve potential design issues before mass production. Cost and time reduction: By allowing for precise simulation and analysis, there is less need for physical testing and prototypes, which in turn reduces production costs and times. Improved quality: Simulation of the injection process and design optimization allow for more uniform production, with a lower defect rate and higher quality finish. Design flexibility: SolidWorks Mold and SolidWorks Plastics allow for complex and detailed mold designs.
Plastic Parts Aand Mold Designs
Creation of detailed and complex plastic injection molds, from conception to mass production. My approach is based on optimizing the design to achieve efficient and high-quality production, using advanced modeling and simulation tools of SolidWorks Molds and Solidworks Plastics, providing several advantages for the design of plastic injection molds, including: Design optimization: advanced simulations of the mold and plastic injection process helps to identify and resolve potential design issues before mass production. Cost and time reduction: By allowing for precise simulation and analysis, there is less need for physical testing and prototypes, which in turn reduces production costs and times. Improved quality: Simulation of the injection process and design optimization allow for more uniform production, with a lower defect rate and higher quality finish. Design flexibility: SolidWorks Mold and SolidWorks Plastics allow for complex and detailed mold designs.
Plastic Parts Aand Mold Designs
Creation of detailed and complex plastic injection molds, from conception to mass production. My approach is based on optimizing the design to achieve efficient and high-quality production, using advanced modeling and simulation tools of SolidWorks Molds and Solidworks Plastics, providing several advantages for the design of plastic injection molds, including: Design optimization: advanced simulations of the mold and plastic injection process helps to identify and resolve potential design issues before mass production. Cost and time reduction: By allowing for precise simulation and analysis, there is less need for physical testing and prototypes, which in turn reduces production costs and times. Improved quality: Simulation of the injection process and design optimization allow for more uniform production, with a lower defect rate and higher quality finish. Design flexibility: SolidWorks Mold and SolidWorks Plastics allow for complex and detailed mold designs.
Plastic Parts Aand Mold Designs
Creation of detailed and complex plastic injection molds, from conception to mass production. My approach is based on optimizing the design to achieve efficient and high-quality production, using advanced modeling and simulation tools of SolidWorks Molds and Solidworks Plastics, providing several advantages for the design of plastic injection molds, including: Design optimization: advanced simulations of the mold and plastic injection process helps to identify and resolve potential design issues before mass production. Cost and time reduction: By allowing for precise simulation and analysis, there is less need for physical testing and prototypes, which in turn reduces production costs and times. Improved quality: Simulation of the injection process and design optimization allow for more uniform production, with a lower defect rate and higher quality finish. Design flexibility: SolidWorks Mold and SolidWorks Plastics allow for complex and detailed mold designs.
Plastic Parts Aand Mold Designs
Reverse engineering of complex mechanical parts and components in order to create an accurate 3D model of an existing part from 3D point clouds. Aa 3D scanner captures the exact geometry of the part in the form of a point cloud, and then specialized reverse engineering software, such as Geomagic Design X, is used to process and convert the point cloud into an accurate 3D model.
Point Cloud Processing - 3D Design
Reverse engineering of complex mechanical parts and components in order to create an accurate 3D model of an existing part from 3D point clouds. Aa 3D scanner captures the exact geometry of the part in the form of a point cloud, and then specialized reverse engineering software, such as Geomagic Design X, is used to process and convert the point cloud into an accurate 3D model.
Point Cloud Processing - 3D Design
Reverse engineering of complex mechanical parts and components in order to create an accurate 3D model of an existing part from 3D point clouds. Aa 3D scanner captures the exact geometry of the part in the form of a point cloud, and then specialized reverse engineering software, such as Geomagic Design X, is used to process and convert the point cloud into an accurate 3D model.
Point Cloud Processing - 3D Design
Reverse engineering of complex mechanical parts and components in order to create an accurate 3D model of an existing part from 3D point clouds. Aa 3D scanner captures the exact geometry of the part in the form of a point cloud, and then specialized reverse engineering software, such as Geomagic Design X, is used to process and convert the point cloud into an accurate 3D model.
Point Cloud Processing - 3D Design
Elaboration of mechanical and welding drawings with the corresponding documentation (control of materials certificates, welding procedure, dimensional control, revision and NDT plan) for the manufacture of stainless Steel and Monel pipes for the Litium industry.
Piping Engineering
Elaboration of mechanical and welding drawings with the corresponding documentation (control of materials certificates, welding procedure, dimensional control, revision and NDT plan) for the manufacture of stainless Steel and Monel pipes for the Litium industry.
Piping Engineering
Elaboration of mechanical and welding drawings with the corresponding documentation (control of materials certificates, welding procedure, dimensional control, revision and NDT plan) for the manufacture of stainless Steel and Monel pipes for the Litium industry.
Piping Engineering
Elaboration of mechanical and welding drawings with the corresponding documentation (control of materials certificates, welding procedure, dimensional control, revision and NDT plan) for the manufacture of stainless Steel and Monel pipes for the Litium industry.
Piping Engineering
Elaboration of mechanical and welding drawings with the corresponding documentation (control of materials certificates, welding procedure, dimensional control, revision and NDT plan) for the manufacture of stainless Steel and Monel pipes for the Litium industry.
Piping Engineering

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Опыт работы

Mechanical Engineering

Ciberplas S.A
янв. 2019 - Настоящее время
3D CAD designer for plastic parts and mold for injection and blow molding. CNC machining with SolidCAM in Haas machines. Advance experience in Solidworks. Piping design and certified manufacturing according to ASME.

Образование

Mechanical Engineer

Universidad Nacional de Tucumán, Argentina 2014 - 2021
(7 лет)

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