Robot Parts Processing Factory Focuses On The Processing Manufacturing Of Precision Hardware Mechanical Parts

Precision Machining Belongs Tothe Finishing Process In Mechanical Machining . It Is Divided Into Cold Machining Hot Machining According To The Temperature State Of The Workpiece Being Machined. Generally, Machining At Room Temperature Causing Chemical Physical Changes In The Workpiece Is Called Cold Machining. Robot Parts Processing Factories Generally Process At Temperatures Higher Lower Than Room Temperature, Which Will Cause Chemical Physical Changes In The Workpiece, Which Is Called Hot Machining. Cold Machining Can Be Divided Into Cutting Machining Pressure Machining According To The Difference In Processing Methods. Common Hot Machining Includes Heat Treatment, Forging, Casting Welding.

What Are The Requirements For Precision Machining Equipment In Robot Parts Processing Plants ? Today, Huiwen Intelligent Manufacturing Will Share With You Hope It Will Be Helpful To Everyone!

1. High Precision

The Robot Parts Processing Factory Focuses On The Processing Manufacturing Of Precision Hardware Mechanical Parts , Including High Static Dynamic Precision. The Main Performance Indicators Include Geometric Accuracy, Motion Accuracy (Positioning Accuracy, Repeated Positioning Accuracy) Resolution, Such As Spindle Rotation Accuracy, Guide Motion Accuracy, Indexing Accuracy, Etc. At Present, The Spindle Rotation Accuracy Of Ultra-Precision Lathes Is Mostly 0.02-0.03μm, The Guide Straightness Is 0.025/1000000, The Positioning Accuracy Is 0.013μm, The Repeated Positioning Accuracy Is 0.006μm, The Feed Resolution Is 0.003μm, The Indexing Accuracy Is 0.5″. Most Modern Precision Machine Tools Ultra-Precision Machine Tools Use Liquid Hydrostatic Bearings Air Hydrostatic Bearings For Spindles Guides, Precision Ball Screw Transmission, Equipped With Micro-Motion Worktables Error Compensation Devices To Achieve Micro-Displacement. High-Speed Rotating Parts Components Should Be Dynamically Balanced.

2. High Stiffness

Including Static Stiffness Dynamic Stiffness, In Addition To The Stiffness Of The Parts Components Themselves, Attention Should Also Be Paid To Contact Stiffness, The Stiffness Of The Process System Composed Of Workpieces, Machine Tools, Cutting Tools, Fixtures Should Also Be Considered. Although The Cutting Force Of Precision Machine Tools Ultra-Precision Machine Tools In Robot Parts Processing Factories Is Large, The Deformation Of Machine Tools Under Force Will Have A Great Impact On Accuracy.

3. High Stability Retention

After Transportation, Storage, Installation Commissioning, The Equipment Should Be Able To Maintain Accuracy, Anti-Interference Stable Operation For A Long Time In The Specified Working Environment. Therefore, The Processing Equipment Of The Robot Parts Processing Plant Should Have Good Wear Resistance, Vibration Resistance Thermal Stability.

4. High Automation

In Order To Ensure Processing Quality Reduce The Influence Of Human Factors, Modern Precision Machine Tools Ultra-Precision Machine Tools Are Often Equipped With Precision CNC Systems To Achieve Automatic Control, Use Computer Control To Achieve Adaptive Control Optimization To Ensure Parts Production Processing Requirements.

The Robot Parts Processing Factory Focuses On The Processing  Manufacturing Of Precision Hardware Machinery Parts . Huiwen Intelligent Manufacturing Is A Machining Factory With More Than Ten Years Of CNC Processing Experience . It Has A Complete Range Of Equipment, Including CNC Turning/Milling/Grinding/Drilling/Processing. Partners With Parts Processing Needs Are Welcome To Call Us For Quotes.