Underwater Robot Parts Batch Processing Manufacturer

[Part Name] Batch Processing Of Underwater Robot Parts Sonar Structural Parts

【Manufacturing Process】 Turning  Milling Composite Precision Machining

【Product Features】High Aperture Accuracy  High Concentricity Accuracy

【Material】Corrosion-Resistant Imported Stainless Steel

【Applicable Industries】Underwater Robots

【Surface Treatment】Polishing

[Benefits After Processing] Underwater Robot Parts Processing Manufacturer

【Processing Equipment】Turn-Milling Machine

【Accuracy  Size】National Standard 7 Grade Accuracy

The Problems That Underwater Robot Parts Manufacturers Need To Solve In Precision Machining Are, First, Machining Accuracy, Including Geometric Tolerance, Dimensional Accuracy  Surface Condition; Second, Machining Efficiency. Some Machining Can Achieve Good Machining Accuracy, But It Is Difficult To Achieve High Machining Efficiency. Precision Machining Includes Micro-Machining, Ultra-Micro-Machining, Finishing  Other Processing Technologies. The Traditional Precision Machining Methods Of Underwater Robot Parts Manufacturers

(1) Belt Grinding Is The Process Of Machining Workpieces Using A Blended Cloth With Abrasive As A Grinding Tool. It Belongs To The Category Of Coated Abrasive Grinding  Has The Characteristics Of High Productivity, Good Surface Quality  Wide Range Of Applications.

(2) Precision Cutting, Also Known As Diamond Tool Cutting (SPDT), Is A Process Used By Underwater Robot Parts Manufacturers To Perform Cutting With High-Precision Machine Tools  Single-Crystal Diamond Tools. It Is Mainly Used For Precision Machining Of Soft Metals Such As Copper  Aluminum That Are  Suitable For Grinding, Such As Magnetic Drums  Disks Used In Computers,  Metal Reflectors Used In High-Power Lasers. The Precision Is 1 To 2 Levels Higher Than That Of General Cutting.

(3) Honing: A Honing Head Composed Of Oilstone Sand Strips Is Used For Batch Processing Of Underwater Robot Parts . It Reciprocates Along The Surface Of The Workpiece Under A Certain Pressure. The Surface Roughness After Processing Can Reach Ra0.4~0.1μm,  The Best Can Reach Ra0.025μm. It Is Mainly Used For Processing Cast Iron  Steel,  Is  Suitable For Processing Non-Ferrous Metals With Low Hardness  Good Toughness.

(4) Precision Grinding  Polishing Is A Processing Method That Uses Abrasives  Machining Fluids Between The Workpiece  The Tool,  Mechanical Friction Between The Workpiece  The Grinding Tool To Make The Workpiece Reach The Required Size  Precision. Precision Grinding  Polishing Can Achieve Precision  Surface Roughness That Other Processing Methods Cannot Achieve For Both Metal  Non-Metal Workpieces. The Roughness Of The Ground Surface Ra≤0.025μm, The Processing Metamorphic Layer Is Very Small, The Surface Quality Is High,  The Precision Grinding Equipment Is Simple. It Is Mainly Used For The Processing Of Planes, Cylindrical Surfaces, Gear Tooth Surfaces  Mating Parts With Sealing Requirements. It Can Also Be Used For The Batch Processing Of Underwater Robot Parts For The Finishing Of Gauges, Gauge Blocks, Fuel Injectors, Valve Bodies  Valve Cores.

(5) Polishing Is A Kind Of Micro-Machining Of The Workpiece Surface By Mechanical, Chemical  Electrochemical Methods. It Is Mainly Used To Reduce The Surface Roughness Of The Workpiece. Commonly Used Methods Include: Manual  Mechanical Polishing, Ultrasonic Polishing, Chemical Polishing, Electrochemical Polishing  Electrochemical Mechanical Composite Processing. The Surface Roughness Of The Workpiece After Manual  Mechanical Polishing Is Ra≤0.05μm. Robot Parts Processing Manufacturers Can Use It For Polishing Of Planes, Cylinders, Curved Surfaces  Mold Cavities. The Ultrasonic Polishing Accuracy Is 0.01~0.02μm,  The Surface Roughness Is Ra0.1μm. The Surface Roughness Of Chemical Polishing Is Generally Ra≤0.2μm. Electrochemical Polishing Can Be Improved To Ra0.1~0.08μm.