Automatic Sensor Shell Precision Laser Welding Equipment for Parts

Sensor housings, optical shells, cover parts, tabs, compact frames, and other short-seam enclosure components are common examples. Final suitability depends on geometry, material, and fixture access.

1500W is often the better direction for finer shell parts and thinner aluminum housings below about 1.0mm, while 2000W is more suitable for slightly larger housings or aluminum around 1.0mm - 2.0mm. For stainless steel shells, the final choice still depends on joint design and real sample behavior.

In many projects, yes. The same sensor shell laser welder can review both material directions, but actual parameters, fixture support, and loading method should be confirmed by drawing and sample review.

Quite often they do. Once the shell becomes compact and the seam access is tight, custom fixture review usually improves positioning repeatability and seam consistency.

Drawings, material type, shell size, thickness range, joint form, and expected production volume are the best starting points. With those details, we can review whether a standard or custom fixture direction is more practical for your project.