UAV Parts CNC Machining | Aerospace Parts Processing Plant

Hello! Hello Everyone, Huiwen Is Here To Meet You Again~ Today Shenzhen Huiwen Intelligent Manufacturing Will Take You To Learn About Drone Parts Processing ! Without Further Ado, Let’s Get Straight To The Point!

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Drones Are Already A Household Name In The Emerging Industry, Widely Used In Industries Such As Industry, Agriculture,  Military. For Example, Drones For Plant Protection  Environmental Protection Have Been Recognized By The Industry For Several Years; Drone Aerial Photography, Which We Often See, Uses Drones Equipped With Cameras To Carry Out Large-Scale Aerial Photography To Achieve An Aerial Bird's-Eye View; Drones For Power Inspection  Testing;  Post-Disaster Rescue, Play An Irreplaceable Role In Many Fields.

CNC UAV Parts Processing Uses Magnesium Alloy /Aerospace Aluminum Alloy As Raw Materials. After Precise Calculations By Advanced CNC Processing Equipment Systems, The Products Produced By CNC UAV Parts Processing Plants Can Be Accurate To Micro-Millimeter Units. Huiwen Intelligent Manufacturing Company Has Advanced CNC Processing Equipment  Can Produce Non-Standard Precision Parts CNC Processing  Various Aluminum Alloy Products Processing According To Customer Requirements. Especially In The Customization Of CNC UAV Parts, The Company Has A Professional Technical Production Team  Advanced Production  Processing Equipment,  Promises To Deliver High-Precision  High-Quality Products On Time.

　　The Motor Shaft Of A Drone Is A Crucial Part For Carrying Drones,  It Requires Extremely High Precision. We At Huiwen Intelligent Manufacturing Specialize In Processing  Customizing Non-Standard Metal Precision Parts . For Drone Motor Shafts , We Can Do The Following:

　　1. The Machining Accuracy Of UAV Motor Shaft/High-Speed Shaft Can Reach 0.005mm;

　　2. Ensure The Surface Quality Of The Motor Shaft, Optimize The Stability Of Bearing Assembly, Reduce The Wear On The Seals,  Extend The Life Of The Seals;

　　3. It Can Achieve Grain Refinement Of The Processed Parts  Improve Fatigue Strength;

　　4. Ensure The Hardness  Wear Resistance Of The Motor Shaft  Reduce Wear;

　　5. It Is Beneficial To Eliminate The Stress Concentration Of Size Transition, Prevent Crack Initiation, Prevent Fatigue Fracture  Extend Service Life;