Direction Thoughts on Collaborative Robot Core Components of Wiseman Smart Manufacturing

As A New Type Of Intelligent Robot, Collaborative Robots Have Removed The Obstacles To Human-Machine Collaboration, Allowing Robots To Completely Break Free The Constraints Of Guardrails Cages, Allowing Robots Humans To Work Together In Production, Manufacturing Services, Giving Full Play To The Efficiency Of Robots Human Intelligence, Truly Integrating With Humans To Work Together. This Type Of Robot Is Only Cost-Effective, But Also Safe Convenient, Can Greatly Promote The Development Of Manufacturing Service Companies. Its Groundbreaking Product Performance Wide Range Of Applications Have Opened A New Era For The Development Of Robots. Compared With Industrial Robots, It Has Greater Application Scenarios Imagination Space.

At Present, After Years Of Market Cultivation, Collaborative Robots Have Gradually Entered Factory Automation, Scientific Research Laboratories, Medical Surgery, Agricultural Harvesting Other Scenarios. Automation/Intelligence Brings Cost Improvement Space For Enterprises. The Implementation Of Unmanned Operations Human-Machine Collaboration In Some Positions Can Significantly Reduce Costs Increase Efficiency, Prompting The Demand For Collaborative Robots In Various Companies To Rise. Huiwen Intelligent Manufacturing Has Long Been Committed To The Processing Of High-Precision, Difficult, Easily Deformed Metal Plastic Parts , The Small Medium-Volume Production Manufacturing Of Light Alloy Composite Materials (Such As Aluminum Alloy, Carbon Fiber, Etc.), The Procurement  Customization Of Robot Parts .

However, There Are Still Obvious Obstacles To The Development Of The Collaborative Robot Market Segment. First, Collaborative Robots Still Face Three Major Problems: Adaptability, Reliability Safety In Many Actual Application Scenarios. Solving Various Application Scenario Obstacles Is The Main Goal Of Future Collaborative Robots. Experts In Various Application Fields Robotics Experts Are Still Actively Exploring Trying To Break Through Various Limitations.

Secondly, Because Foreign Companies Dominate The Robot Parts Market, Product Costs Prices Have Discouraged Small Medium-Sized Enterprises, Limiting The Speed Of Enterprise Application Of Robots. If Domestic Robot Manufacturers Blindly Purchase Imported Core Components Including Motors, Reducers Photoelectric Encoders, The Robot Market Structure Will Be Difficult To Change, The Future Of Collaborative Robots Will Repeat The Old Path Of Industrial Robots. Therefore, Guided By Application Needs, Achieving Independent Research Development Localization Of Core Components Will Surely Be The Long-Term Development Path Of Collaborative Robots. The Shenzhen Huiwen Intelligent Manufacturing Technology Co., Ltd. Team 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-Volume Production Manufacturing Of Light Alloy Composite Materials (Such As Aluminum Alloy, Carbon Fiber, Etc.), Robot Parts Procurement Customization Services.

As A Moving Part, The Raw Material Of The Robot Arm Determines The Static Dynamic Functions Of The Robot Arm. Traditional Robot Arms Are Mostly Made Of Light Alloys Such As Aluminum Alloy Alloy Steel, But Robot Arms Made Of Carbon Fiber Materials Have Considerable Advantages In Terms Of Specific Gravity, Creep, Strength, Cost .

In Terms Of Specific Gravity, The Weight Of The Robot Arm Will Affect Its Own Movement Agility Power Consumption, It Also Needs To Have Good Controllability. The Density Of Aluminum Is 2.7g/Cm3, The Density Of Steel Is 7.8g/Cm3, The Density Of Carbon Fiber Is Only 1.7g/Cm3. The Carbon Fiber 6-Axis Joint Robot Arm Of A Research Institute Of China Electronics Technology Group Corporation Was Developed By Norn Composites. According To The Data Provided By Everyone, The Total Weight Of The Entire Robot Arm Is Only 3kg, Which Is About 50% Lighter Than The Traditional Material Robot Arm.

In Terms Of Strength, In Addition To Its Own Weight, The Robot Arm Also Needs To Bear The Maximum Weight Of The Claw, Which Requires That The Robot Arm Should Crack Strain When Receiving Loads. The Strength Of Steel Is About 800MPa, While The Strength Of Carbon Fiber Composite Materials Is About 2000MPa. The Strength Of Carbon Fiber Is Much Higher Than That Of Steel. At The Same Time, Carbon Fiber Has Advantages Such As High Toughness High Specific Modulus That Steel Does Have.

In Terms Of Cost, Although The Price Of Carbon Fiber Raw Materials Is Much Higher Than That Of Traditional Metals, The Efforts Of Many Material People Have Made The Carbon Fiber Robot Arm The Traditional Metal Robot Arm Have Been Compared. In Terms Of Strength, In Addition To Its Own Weight, The Robot Arm Must Also Bear The Maximum Weight Of The Claws, Which Requires That The Robot Arm Should Crack Strain When Accepting Loads. The Strength Of Steel Is About 800MPa, While The Strength Of Carbon Fiber Composite Materials Is About 2000MPa. The Strength Of Carbon Fiber Is Much Higher Than That Of Steel. At The Same Time, Carbon Fiber Has Advantages Such As High Toughness High Specific Modulus That Steel Does Have.

The Price Gap Has Narrowed, The Technical Team Of Norn Composites Has Also Optimized Upgraded The Carbon Fiber Robotic Arm Products. At Present, The Cost Price Difference Between The Two Is Almost The Same.

The Development Of Carbon Fiber Robotic Arms In China Is Very Rapid, The Policy Support Issued By The Government Has Also Played A Great Role. The Government Has Successively Issued Policies Such As "Made In China 2020", "The 13th Five-Year Plan" "Robotics Industry Development Plan (2016-2020)" To Support The Development Of The Robotics Industry. With Policy Support, Coupled With The Product Advantages Of Carbon Fiber Robotic Arms Broad Market Demand, The Development Prospects Of Carbon Fiber Robotic Arms In China Are Immeasurable.

In The Selection Of Technology, Processes Materials, Seeking Optimization Of Quality, Cost Performance Is Huiwen's Original Intention In Designing Core Components Collaborative Robot Products. It Is Also The Company's Way To Seek Market Breakthroughs Insist On The Long-Term Development Of Domestic Collaborative Robots.

Our Customers Are All Over The Country. Our Positioning Is To Use 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, We Hope 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.