4 godzin(y) temu -
[center]![[Obrazek: 46cb4100442b6f81e32a699ad48fb7d0.jpg]](https://i126.fastpic.org/big/2025/1229/d0/46cb4100442b6f81e32a699ad48fb7d0.jpg)
3d Printed Electronics Enclosure Design: Cad To Prototype
Published 12/2025
Created by Naeem Rahman
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All | Genre: eLearning | Language: English | Duration: 15 Lectures ( 3h 17m ) | Size: 3.41 GB [/center]
Design, model, and 3D print professional electronics enclosures for real-world products
What you'll learn
Design complete electronics enclosures in SolidWorks by accurately modeling around PCBs, connectors, and internal components.
Apply real-world 3D printing design rules including wall thickness, tolerances, fastener placement, and print orientation for reliable results.
Create assembly-ready enclosure features such as screw bosses, snap fits, ventilation, and cable routing for practical use.
Prepare and export SolidWorks models for 3D printing, ensuring fit, strength, and manufacturability for prototyping and small-batch production
Design enclosures optimized for FDM 3D printing by selecting appropriate materials, print settings, and structural features.
Avoid common electronics enclosure design mistakes that lead to poor fit, weak parts, or failed 3D prints.
Incorporate real-world product considerations such as access for buttons, LEDs, displays, and external connectors.
Requirements
Little knowledge of SolidWorks Required.
Description
Designing a functional and professional electronics enclosure is a critical step in turning an electronics project into a real, usable product. In this course, you will learn how to design production-ready electronics enclosures using SolidWorks, optimized specifically for 3D printing.This hands-on course takes you through the complete enclosure design workflow-from understanding PCB dimensions and component placement to creating a fully assembled, 3D-printable electronics housing. You will learn how to apply real-world engineering practices, including tolerances, wall thickness, fastener design, ventilation, and material considerations for FDM 3D printing.Using SolidWorks, you will model each part step by step, assemble the enclosure, and prepare it for 3D printing. The course focuses on practical design decisions used by engineers, product designers, and hardware startups-not just theory. You will also learn how to design enclosures that allow easy assembly, maintenance, and future revisions, which is essential for real products.By the end of the course, you will have the skills to design strong, accurate, and manufacturable electronics enclosures suitable for prototyping and small-batch production. You will gain confidence in interpreting real PCB constraints, selecting appropriate printing orientations, and improving print success while reducing material waste. Whether you are an engineering student, electronics hobbyist, maker, or startup founder, this course will help you confidently design enclosures that fit, function, and print correctly the first time.
Who this course is for
DIY 3D printer Enthusiast,
Mechanical Engineers
Product Developers
Design Engineers
3d Printed Electronics Enclosure Design: Cad To Prototype
Published 12/2025
Created by Naeem Rahman
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All | Genre: eLearning | Language: English | Duration: 15 Lectures ( 3h 17m ) | Size: 3.41 GB [/center]
Design, model, and 3D print professional electronics enclosures for real-world products
What you'll learn
Design complete electronics enclosures in SolidWorks by accurately modeling around PCBs, connectors, and internal components.
Apply real-world 3D printing design rules including wall thickness, tolerances, fastener placement, and print orientation for reliable results.
Create assembly-ready enclosure features such as screw bosses, snap fits, ventilation, and cable routing for practical use.
Prepare and export SolidWorks models for 3D printing, ensuring fit, strength, and manufacturability for prototyping and small-batch production
Design enclosures optimized for FDM 3D printing by selecting appropriate materials, print settings, and structural features.
Avoid common electronics enclosure design mistakes that lead to poor fit, weak parts, or failed 3D prints.
Incorporate real-world product considerations such as access for buttons, LEDs, displays, and external connectors.
Requirements
Little knowledge of SolidWorks Required.
Description
Designing a functional and professional electronics enclosure is a critical step in turning an electronics project into a real, usable product. In this course, you will learn how to design production-ready electronics enclosures using SolidWorks, optimized specifically for 3D printing.This hands-on course takes you through the complete enclosure design workflow-from understanding PCB dimensions and component placement to creating a fully assembled, 3D-printable electronics housing. You will learn how to apply real-world engineering practices, including tolerances, wall thickness, fastener design, ventilation, and material considerations for FDM 3D printing.Using SolidWorks, you will model each part step by step, assemble the enclosure, and prepare it for 3D printing. The course focuses on practical design decisions used by engineers, product designers, and hardware startups-not just theory. You will also learn how to design enclosures that allow easy assembly, maintenance, and future revisions, which is essential for real products.By the end of the course, you will have the skills to design strong, accurate, and manufacturable electronics enclosures suitable for prototyping and small-batch production. You will gain confidence in interpreting real PCB constraints, selecting appropriate printing orientations, and improving print success while reducing material waste. Whether you are an engineering student, electronics hobbyist, maker, or startup founder, this course will help you confidently design enclosures that fit, function, and print correctly the first time.
Who this course is for
DIY 3D printer Enthusiast,
Mechanical Engineers
Product Developers
Design Engineers
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