CNC Turning: How We Hit 0.01mm Tolerance (And Why It’s a Game-Changer)

Ever wondered how a CNC lathe makes a part so precise that even a hair can’t fit in the gap? Watch this—we’re machining a hydraulic valve component with 0.01mm tolerance, and every chip tells a story.

🔧 The Science Behind the Precision:

Tooling: A sharp carbide insert tool (coated with TiAlN for durability) cuts through the metal like butter.
Parameters: 1200 RPM spindle speed + 0.05 mm/rev feed rate—slow enough for control, fast enough for efficiency.
Cooling: High-pressure coolant flushes away chips instantly, preventing heat distortion (the #1 enemy of tight tolerances).
💡 Why This Matters:
This part goes into a hydraulic system for a construction machine. If it’s even 0.02mm off, the system could leak—costing the client thousands in downtime. We’ve made 500 of these so far, and every one passes our CMM (Coordinate Measuring Machine) test with flying colors.

🎥 Watch Till the End For:

A close-up of the finished part (you can see your reflection in the surface!).
A time-lapse of the chip flow (it’s like a metal river!).
A quick demo of how the part fits into the final assembly (perfectly, of course).
🔔 Subscribe for More:
Next week, we’re breaking down "CNC Turning vs. Milling—Which Is Better for Your Part?" Hit the bell to not miss it.

✉️ Get in Touch:
Need custom CNC parts with tight tolerances? Email us at [your email] or DM us on Instagram—we’re here to turn your designs into perfection.

#CNCTurning #PrecisionMachining #HydraulicParts #ManufacturingTech