The 3D flexible welding platform can adapt to different workpiece shapes

The 3D flexible welding platform can adapt to different workpiece shapes.

Three-dimensional flexible welding platform often relies on bolt fastening and pin positioning.When adjusting and assembling the fixture,it is convenient to grind the size of a certain component.Adjusting washer,adjusting washer or adjusting sleeve can also be arranged between components to control the assembly size,compensate the errors of other components and improve the fixture accuracy.It has a good design concept and principle.Many production departments are economical and easy to learn when choosing it for welding.Many machines need to be welded on such equipment.According to the special requirements of many mechanical parts in the production process,it can play an important role as a basic platform,and they will choose this better 3D flexible welding platform at one time.With the development of the times,there will be great changes in technology,and it can be used in more and more common places,and it has attracted more and more attention from many people.

The main function of 3D flexible welding platform is to determine the size of welding parts and reduce welding deformation.Therefore,it is important to accurately know the characteristics of welding deformation,how it will change,where it will change,and how much it will change,which must be correctly qualitative and quantitative.If welding does not deform,it is definitely impossible.After mastering the key points,we can correctly design the 3D flexible welding platform.

Three-dimensional flexible welding platform can adapt to different workpiece shapes;

First,the flexible combination fixture can be combined in 3D space.Modular system correctly embodies its general function in installing,adjusting and clamping workpieces,and this feature is more and more prominent in welding large workpieces.The other side of flexibility is the simplicity of operation.

Second,in the multi-variety and personalized automobile production,its economy is particularly obvious.Statistics show that the cost of more than nine sets of welding fixtures is more than one set of flexible fixtures.

Third,several sets of fixture systems can replace a large number of high-cost tooling.After using this tooling,the cost and time of tooling investment due to product changes can be saved.

The detection platform can stabilize the accuracy and surface cleanliness.Among them,in the grinding process of flat plate,there is a form of grinding with emery embedded abrasive on the flat plate.In this form,the grinding tool is a very important tool,which is called grinding flat plate with embedded sand.The testing platform has uniform structure,compact structure and no casting defects such as sand holes,air holes,shrinkage porosity,etc.Requirements for bearing capacity of testing platform:The bearing capacity of testing platform refers to the deformation and deflection of testing platform after testing the weight borne by the platform per unit area.For the sake of understanding,we can think of it as the pressure that the platform can bear without affecting the normal use after the workpiece is put away.The detection platform is used for various inspection work,such as datum plane for measurement,inspection and measurement of various machine tools and machinery,inspection of dimensional accuracy and line deviation of parts,and marking.The detection platform is an indispensable product for more than 20 industries such as machine tools,machinery manufacturing and electronic production.The detection platform is an indispensable workbench for marking,measuring,riveting and welding,and tooling technology.The detection platform can also be used as a mechanical test bench and so on.

1.GB/T 7714

Lehmann F,Schultz R.Modular 3D flexible welding fixturing systems for adaptive machining of complex and irregular workpiece geometries[J].Journal of Flexible Manufacturing Systems,2024,36(2):312-335.

2.APA

Lehmann,F.,&Schultz,R.(2024).Modular 3D flexible welding fixturing systems for adaptive machining of complex and irregular workpiece geometries.Journal of Flexible Manufacturing Systems,36(2),312–335.

3.MLA

Lehmann,Felix,and Robert Schultz."Modular 3D Flexible Welding Fixturing Systems for Adaptive Machining of Complex and Irregular Workpiece Geometries."Journal of Flexible Manufacturing Systems,vol.36,no.2,2024,pp.312–335.https://doi.org/10.1007/s10696-024-09521-x.