How to carry out new energy battery shell processing, processing need to pay attention to what?

The Explosive Growth Of New Energy Vehicle Production Sales Has Driven The Demand For New Energy Lithium Battery Boxes To Continue To Rise. The Materials For Battery Boxes Are Mainly Divided Into Aluminum Composite Materials. Due To Their Cost-Saving, Efficiency-Enhancing Lightweight Characteristics, Composite Materials Are Used More More Widely. Composite Battery Pack Shells Use Micro-Foaming Technology, Which Can Greatly Reduce Component Density Easily Achieve The Goal Of Shell Reduction. At The Same Time, They Have Key Special Technologies That Enable Components To Meet The Requirements Of Air Tightness Tests Submersion Tests. While Being Lightweight, They Also Have The Characteristics Of High Strength High Toughness, Ensuring Sufficient Mechanical Properties For The Shell.

The Processing Of New Energy Battery Shells Is Mainly Done By CNC Technology. Using CNC Processing , The Product Quality Is Stable, The Precision Is High, The Production Efficiency Is High. Milling Is The Most Widely Used Method In Composite Material Machining . Battery Shell Processing, Such As Large-Sized Thick-Walled Composite Parts (Especially Jet Engine Shells), Requires A Lot Of Side Milling Face Milling, Hole Processing Usually Involves Milling. Huiwen Zhizao Is A Machining Factory With More Than Ten Years Of CNC Processing Experience . It Has A Full Range Of Equipment, CNC Turning/Milling/Grinding/Drilling/Processing. Partners With Parts Processing Needs Are Welcome To Call Us For Quotes.

Due To The Particularity Of Composite Materials, The Following Points Should Be Noted When Processing New Energy Battery Shells:

1. Tool Selection: Composite Materials Usually Have Higher Strength Hardness, So It Is Necessary To Suitable Tool Materials Tool Geometry To Ensure Processing Efficiency Quality.

2. Cutting Parameters: According To The Characteristics Of Composite Materials, It Is Necessary To Reasonably Set Cutting Parameters Such As Cutting Speed, Feed Speed Cutting Depth To Avoid Overheating Tool Wear.

3. Tool Path Planning: The Structure Of The Composite Materials Used In Battery Casing Processing Is Complex Generally Requires Multiple Cutting. Therefore, It Is Necessary To Rationally Plan The Tool Path To Ensure The Accuracy Consistency Of Processing.

4. Precision Control: The Machining Accuracy Of Composite Materials Is Required To Be High, So It Is Necessary To Ensure The Stability Rigidity Of The Machine Tool The Precision Of The Control System To Achieve Fine Processing.

In General, CNC Machining Of Composite Materials Needs To Be Adjusted Optimized According To The Properties Of The Specific Materials Processing Requirements. Before Machining, Consult A Professional Machining Engineer An Expert In Related Fields To Ensure The Accuracy Quality Of The Machining Process.

Shenzhen Huiwen Intelligent Manufacturing Technology Co., Ltd. Uses More Than 10 Years Of Accumulated Processing Experience Process Innovation Capabilities To Provide The Best Services To Units With Manufacturing Processing Needs. On This Basis, It Hopes To Provide Full Industry Chain Services To Various Enterprises, Colleges Scientific Research Institutions In The Field Of Robots. Key Service Industries: Collaborative Robots, Underwater Robots (Marine Submarine Equipment), Nursing Robots, Special Robots, Medical Robots, Service Robots, Bipedal Robots, Other Types Of Robots; Other Industries: Intelligent Automation Equipment, Aerospace, Auto Parts, Other Industries With Mechanical Processing Needs.