Selection method of 3D flexible welding platform

Selection method of 3D flexible welding platform：

1,if it is a batch purchase,it is necessary to check whether it has a certificate.

2,we should consider whether there is a good after-sales service team.

3,it depends on the degree and word of mouth,which are relative.If you only look at word of mouth or just look at the degree,you can't determine its quality.And if you can choose a high degree and a good reputation,you can naturally determine its quality.

4,if you need to install it yourself,it will bring a lot of trouble.

5,the inspection of the overall appearance of the platform is also indispensable.For example,check whether there are scratches,collisions or signs of wear on the plane during the inspection.If these situations occur,then it represents an unqualified platform,so don't choose it.

6.Can you provide relevant installation,construction,leveling and adjustment until the commissioning is qualified?

In order to make the flat plate bear heavy objects,the working surface of the 3D flexible welding platform can be thickened.Stiffness is included in the stationary quality evaluation project.For every 250N(1N=0.1102kgf)load applied to the center of the 3D flexible welding platform,the deflection of the plate should not exceed 1μm..During the test,the deflection of each layer of flat plate should not exceed half of the flatness tolerance value of 00 flat plate.The automatic reconfiguration of 3D flexible welding platform mainly depends on control technology.Because the mechanical structure of tooling is relatively complex,in order to adapt to the structure of tooling,the CNC system of flexible tooling has its own characteristics on the basis of achieving the functions of general CNC system.

GB/T7714:Semjon J, Hajduk M, Janos R, et al. Modular welding fixturesfor robotic cells[J]. Applied Mechanics and Materials, 2013,309:80-87.

MLA:Semjon, Jan, et al. "Modular welding fixtures for robotic cells."Applied Mechanics and Materials 309 (2013): 80-87.

APA:Semjon, J., Hajduk, M., Janos, R., & Vagas, M. (2013).Modular welding fixtures for robotic cells. Applied Mechanicsand Materials, 309, 80-87.