The Problems Existing In The Application Of Robotics Technology In Mechanical Processing, Core Components Are The Key!

With The Rapid Development Of Science Technology In China The Continuous Improvement Of Robot Technology, It Is Very Common For Robots To Replace Humans In Various Mechanical Processing Operations. The Application Effect, The Effective Application Of Robots In Mechanical Processing Can Only Greatly Improve The Processing Efficiency, But Also Effectively Avoid The Losses Caused By Manual Operation Of Things, Which Is Conducive To The Improvement Of The Economic Social Benefits Of Industrial Enterprises Helps Enterprises To Further Achieve Sustainable Development Goals. Based On This, It Is Very Important To Understand Robot Technology Give Full Play To Its Role In Mechanical Processing On This Basis, Relevant Departments Of The Enterprise Need To Attach Great Importance To It.  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 Quotation.

1. Overview Of Industrial Robots 

1. The Connotation Of Industrial Robots 

Robots Used In Mechanical Processing Are Also Called Industrial Robots. The So-Called Industrial Robots Mainly Refer To Multifunctional Operating Mechanisms That Are Programmed By Programmers According To Requirements Used As A Basis For Related Work. These Tasks Include Only The Transportation Of Materials Tools, But Also The Processing Of Parts. In The Past, Industrial Robots Were Often Used For Handling, Welding, Painting Assembly. In Recent Years, With The Continuous Optimization Improvement Of Robot Technology, The Scope Of Industrial Robots Has Become Wider Wider, Playing An Irreplaceable Role In Work Production. Huiwen Zhizao Specializes In CNC Batch Processing Of Precision Mechanical Hardware Parts , CNC Processing (Mechanical Processing, CNC Processing ), Batch Processing , Huiwen Machine Processing Parts , CNC Batch Processing , CNC Parts Processing , CNC Precision Processing ; Aluminum Alloy CNC Processing , Aluminum Alloy Precision Processing , Aluminum Alloy Parts Processing , Aluminum Alloy Batch Processing, Copper Aluminum Parts Processing; Hardware CNC Processing, Hardware Parts Processing , Hardware Batch Processing, Carbon Fiber Parts Processing , Aluminum Alloy Parts Batch Processing , Robot Parts Batch Processing .

2. Core Key Technologies Of Industrial Robots 

The Core Key Technologies Of Industrial Robots Are Mainly Reflected In Three Aspects. The First Is Dexterous Operation Technology. In Order To Ensure That The Flexibility Of Industrial Robot Hands In Mechanical Processing Is Comparable To That Of Manual Operation, Technicians Have Adopted Advanced Concepts Technologies To Improve Innovate Mechanical Devices Actuators, In Order To Improve The Accuracy, Resolution Repeatability Of Industrial Robots Through Continuous Optimization Improvement Of Various Mechanisms, So As To Meet The Fundamental Needs Of Mechanical Processing. It Should Be Noted That When Improving The Flexible Operation Technology, It Is Necessary To Combine The Robot's Drive Safety To Reasonably The Design Materials Of The Driver Actuator, Use New Materials As Much As Possible To Improve The Robot's Load Deadweight Ratio. The Second Is Autonomous Navigation Technology. Autonomous Navigation Technology Is Mostly Used In Equipment Material Transportation Robots To Ensure That Industrial Robots Can Achieve Safe Autonomous Navigation During Use. Judging The Current Application Status Of Industrial Robots, There Are Still Many Areas To Be Improved In The Core Technology Of Autonomous Navigation, Relevant Technicians Are Needed To Develop It. Finally, There Is Environmental Perception Sensing Technology. Environmental Perception Optimization Of Sensing Technology Is An Important Task In The Future Development Of Industrial Robots. By Optimizing The Robot Perception System, The Production Status Of Parts Product Components Can Be Detected In A Timely Manner, The Tactile Accuracy That Needs To Be Improved In The Future Can Be Mastered According To The Status Of The Robot In Mechanical Processing. Practice Has Proved That The Use Of High-Precision Sensors To Build Physical Models For Assembly Tasks Tracking Task Progress Can Greatly Reduce The Uncertainty In The Automated Production Process, Thereby Improving The Accuracy Of Mechanical Processing. 

2. Problems In The Application Of Robotics Technology In Machining 

With The Rapid Development Of My Country's Industrial Industry, The Application Of Robot Technology In Mechanical Processing Will Become More More Extensive. In Order To Maximize Its Advantages, Technicians Must Fully Understand Master The Problems Existing In The Application Of Robot Technology In Mechanical Processing At This Stage, On This Basis, Optimize Improve It According To Relevant Needs. 

1. Core Components Of Industrial Robots Are Key 

In The Composition Of Industrial Robots, Many Types Of Components Are Involved, Including Some Core Components. In Order To Ensure The Normal Operation Of Industrial Robots, It Is Necessary To Increase The Attention Paid To Core Components. Generally Speaking, These Components Mainly Include High-Precision Reducers, Controllers, Servo Motors Drivers. Each Type Of Component Plays A Key Role In The Performance Indicators Of Industrial Robots. As Far As The Core Components Of Industrial Robots In China Are Concerned, Most Of Them Rely On Imported Products, Especially The Gap In High-Precision Reducers. It Is For This Reason That China's Domestic Industrial Robots Are Still Very Different Those Abroad. In Addition To This Reason, Insufficient Innovation Ability Insufficient System Research Development Are Also Two Important Factors That Restrict The Long-Term Development Of Industrial Robots In China. Huiwen Zhizao Is A Machining Factory With More Than Ten Years Of CNC Processing Experience. It Has A Full Range Of Equipment, CNC Lathe/Milling/Grinding/Drilling/Processing. Welcome Partners With Parts Processing Needs To Call For Quotations.

(II) Information Exchange Issues 

As An Automated Processing System, Industrial Robots Do Exist Independently, But Need Computer Hardware Software As Support To Assist The Robots In Completing Various Operational Tasks. At The Same Time, They Also Need Specific Management Systems To Manage Improve Them. In This Way, Close Connections Must Be Established Between Robots, Between Robots Computers, Between Processing Systems Management Systems. However, Since Robots Have Their Own Specific Brand Languages, There Are Many Robot Manufacturers Programming Languages. This Will Inevitably Lead To Communication Barriers Between Robots Computers. Therefore, How To Standardize Like Computer Languages Is One Of The Difficulties That Robot Manufacturers Around The World Need To Solve. 

(III) Rigidity Precision Issues 

Traditional Robot Arms Are Often Slender Cantilever Beam Structures, Which Greatly Reduces The Overall Rigidity Of The Robot, Especially The Ability To Bear Loads Perpendicular To The Arm. Robots Have Difficulties In Processing Large Parts. Due To The Limitation Of The Rigidity Of Serial Robots, The Processing Objects Of Robots Are Limited To Soft Materials. In Addition, The Accuracy Of Robots Cannot Meet The Requirements Of Mechanical Processing Accuracy Of Complex Parts. For Example, The Accuracy Of The Multi-Degree-Of-Freedom Hinges Commonly Used In Robot Joints Is One Of The Factors Affecting The Accuracy Of The Entire Robot. The Rigidity Of The Robot Itself The Accuracy Of The Robot Are The Main Problems Faced By Processing Robots. 

3. Conclusion 

In Summary, Under The Background Of Rapid Development Of Science Technology, Automated Intelligent Production Processing Have Become An Inevitable Trend In The Mechanical Processing Industry. As One Of The Main Processing Technologies, Robotics Technology Can Only Save A Lot Of Manpower, Material Time Costs, But Also Greatly Improve The Processing Quality. It Can Be Foreseen That In The Future, Industrial Robots Will Have A Broader Development Prospect In The Field Of Mechanical Processing. To This End, Relevant Technicians Are Also Required To Continuously Optimize Improve It To Meet The Ever-Increasing Processing Requirements Maximize The Advantages Of Robotics Technology. The Team Of Shenzhen Huiwen Intelligent Manufacturing Technology Co., Ltd. Was Established In 2010 Is Located On The 1st Floor Of Building F3, Tianyou Maker Industrial Park, Lixinhu, Fuyong, Bao'an District, Shenzhen. It Has Long Been Committed To The Processing Of High-Precision, High-Difficulty Easy-To-Deform Metal Plastic Parts , Small Medium-Sized Batch Production Manufacturing Of Light Alloy Composite Materials (Such As Aluminum Alloy, Carbon Fiber, Etc.) Parts,  Robot Parts Procurement Customization Services.