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Setting Up a Safe Small Workshop
How to plan space, lighting, ventilation, storage and fire precautions for a hobby workshop at home, so projects stay enjoyable and risks stay manageable.
Workshop Foundations
Workshop and Fabrication
Setting up a workspace and understanding the making methods behind a build.
Choosing Between Leaded and Lead-Free Solder
Compare leaded and lead-free solder on melting point, ease of use, health considerations and regulation, with general guidance for hobby electronics.
Designing Parts in CAD Before Printing Them
An introduction to CAD modelling for makers: sketches, constraints, parametric thinking and planning a part digitally before fabrication to save time and material.
Enclosure Design for Electronics Projects
What to consider when putting electronics in a case: heat, cable entry, access for service, insulation and mounting, so a project survives real-world use.
Fasteners, Standoffs and Mounting Choices
How to choose screws, standoffs, inserts and adhesives to hold circuit boards and parts securely while keeping a project easy to service and repair.
Filament Materials Compared for Strength and Heat
A general comparison of common 3D printing plastics by strength, heat resistance, fumes and ease of printing, to help match a material to your project.
From Prototype to Custom Circuit Board
The path from a breadboard idea to a designed and fabricated printed circuit board, and the decisions about schematics, layout, parts and testing along the way.
Hand Tool Safety and Protective Gear for Makers
Eye, ear, hand and lung protection plus safe habits with common hand tools such as knives, saws, drills and files, for hobby makers working at home.
Laser Cutters and Safe Ventilation Planning
How laser cutting works, which materials are unsafe to cut, and why enclosure, extraction and eye safety matter when planning a hobby laser cutter setup.
Soldering Basics and Fume Safety Habits
How a good solder joint forms, the faults beginners most often make, and the ventilation, burn and hygiene precautions that keep soldering safer.
Tolerances and Fit in 3D Printed Parts
Why 3D printed parts rarely match the model exactly, and how to plan clearances and test pieces to get snug, sliding or press fits that work in practice.
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