Discover the 3 core secrets of CNC machining medical parts — from ±0.005mm tolerances to ultra-clean surfaces. Precision here isn’t optional — it saves lives.

99% of engineers won’t tell you how a carbon fiber drone body is made—but I will. From aerospace-grade materials to ±0.05mm machining and 25% strength gains, here’s how we cut 40% of the weight with zero compromise.

Discover how CNC machining is essential for producing high-precision gears in robotics and automation. This guide covers the key steps including design, material selection, machining processes, and quality control to ensure durable, efficient, and high-performance gears.

Learn how to avoid the top mistakes in CNC aluminum machining. This guide covers optimal speed, tool selection, cooling methods, and proper clamping to ensure high precision, better surface quality, and longer tool life.

Polycarbonate looks clear but cuts tricky—just ask Candy from TIRAPID. From melted tools to “plastic flowers,” she shares real CNC tips on how to mill PC without disaster.

Cutting acrylic with CNC? Choose the right tool, set proper speed, and use cooling for clean edges. Candy shows you how to cut it smooth and smart!

Master copper machining with Chloe—learn key tips on tools, design, and oxidation control to keep your CNC process smooth, shiny, and drama-free.

Master the art of CNC plastic machining with Kaya’s expert tips—from tooling and feed rates to cooling and dust control. No more plastic drama.

Chatter in CNC machining sounds annoying, but it’s more than noise—it damages tools, ruins parts, and hurts precision. We explain what chatter is, why it happens, and how we solve it at TiRapid using cutting speed tweaks, better fixturing, and smart tooling.

Heat changes everything—from hardness to grain structure. We break down the effects of thermal stress on metals during machining and how heat treatment optimizes properties for strength, wear resistance, and precision.

What’s the real difference between 3-axis and 5-axis CNC machining? We compare complexity, flexibility, accuracy, and cost, and share when each type makes sense for your project—based on TiRapid’s real-world experience.

Every CNC machine speaks in XYZ. But what do these axes mean? We explain how linear movements define part geometry and how multi-axis systems go beyond the basics for complex shapes and surfaces.