Tenders Are Invited For Milling Machines-Fraunhofer Iwu, Chemnitz, Pr821833, 5-Axis Processing Center

Milling Machines-Fraunhofer Iwu, Chemnitz, Pr821833, 5-Axis Processing Center. The Fraunhofer Institute For Machine Technology And Reforming Technology Is Planning A New Investment In The Area Of ​​Cutting Technology For Procedures With Geometrically Determined And Indefinite Cutting Edges. This Applies In Particular To 5-Axis Processing. The Area Of ​​Application Of The Machine Tool Is A Combined Processing (Milling, Drilling, Rotating And Grinding) Of Components From The Industries: • Tool And Shape Construction • Automotive • Aerospace. In Addition To The Highly Dynamic And High-Precision 5-Axis Milling System, A High Technological Flexibility Of The Machine Is Above All A High Technological Flexibility For The Use Of Different Cutting Processes And The Ability To Manufacture Complex Component Engineering In Macro And Micro Area. Materials To Be Processed Are Primarily Steels, Super Hardy Materials Such As Glass, Ceramic And Hard Metal As Well As Ne Metals. The Use Of The Machine Will Extend From Use In The Implementation Of Technological Test Series To The Individual Part And Small Series Production. The Machine Must Be Universally Applicable To Carry Out Tests, But At The Same Time, High -Performance Processing Must Also Be Realized Under Standard -Like Conditions. As Part Of The Research And Development Activities At The Institute, The Processing Center Is Used In Particular In The Following Research Fields: • 5-Axis Simulate Processing In Tool And Shape Construction • Hybrid Machining Processes • Adaptive Processing In Particular In The Research Field Of Adaptive Processing, Which Is Characterized By Monitoring And Regulation Of The Machining Process For An Adaptive Process Control Machine Of Essential Importance. Requirements Here Are: • Open Control Environment With Options For Programming Cycles And Application -Specific Applications • Features For Data Acquisition And Processing • Releasing Via Corresponding Communication Interfaces