Building a Dynamometer for the Openwheel Project - Part 1
Explore a custom-built dyno for hub motors using load cells and Arduino, enabling accurate power and torque measurements.
常見的手工焊接工具與實用技巧分享
發佈日期:2026-03-12
焊接是進行電子電路DIY時經常需要進行的工作,其工作原理是透過加熱使錫焊料熔化,將電子元件與電路板導電銅箔牢固結合,形成機械固定與電氣導通的過程。常用的工具包含烙鐵、熱風槍、吸錫器與焊錫絲,而輔助工具如助焊劑、固定架、防靜電設備則幫助提升焊接品質與安全性。
Electronics Teardowns and Recycling
A beginner-friendly guide to disassembling electronics, salvaging parts, and disposing of e-waste responsibly.
What You Must Know About Common 3D Model File Types
Learn how STEP, STL, OBJ, and 3MF file types store 3D models, differ in accuracy, compression, and metadata, and impact DIY workflows.
Patent Basics For Makers
Learn the core requirements that determine whether your invention qualifies for patent protection in the U.S.
如何為無塵室污染控制選擇合適的動力濾淨式呼吸防護具 (PAPR)
發佈日期:2025-12-31
本文係針對動力濾淨式呼吸防護具系統之工程和材料科學進行分析;此系統用於在無塵室中,保護環境不受操作人員污染。
Breadboarding: How to Go from Wiring to Debugging Breadboards
Use good breadboarding habits: short wires, color-coded rails, clean layout and learn how to troubleshoot when things don't work.
PlatformIO + VS Code: The Smarter Way to Program Microcontrollers
Move beyond Arduino IDE chaos: organize your source, libraries, and tests using PlatformIO’s project structure.
How to Make 3D Prints Stronger
Learn how material choice, orientation, slicer settings, and design impact the strength of your 3D prints. Create parts that are strong and look good.

