Multi Station Robot Welding Machine with Rotary Table for Metal Parts

A dual-station cell usually alternates between two positions, while a multi-station robotic laser welding system uses a rotary or indexing table to review more work positions, commonly up to 4 depending on part size and layout. The better choice depends on your weld time, loading rhythm, and fixture footprint.

No. More stations do not automatically mean better productivity. Station count should be reviewed according to part size, fixture area, weld path length, and indexing rhythm. In some projects, 2 or 3 positions are more practical than 4.

Cycle time is usually reviewed by weld time, table indexing time, loading overlap, fixture switching logic, and operator access. We recommend evaluating the real production flow rather than choosing only by a headline takt figure.

In many projects, yes. With suitable multi-fixture layout, quick-change fixture planning, and program switching, one system can support several part models. The actual model variation range should still be confirmed by drawing review.

For aluminum applications, common reference directions may include 1500W for thin sections below about 1.0mm, 2000W for aluminum around 1.0mm - 2.0mm, 3000W for aluminum around 2.0mm - 4.0mm, and 4000W for aluminum around 4.0mm - 6.0mm where applicable. Final selection depends on the real weld path and productivity target.