Custom Fixture Laser Welder for Medical Precision Parts

Common projects include small housings, sleeves, rings, clips, tabs, miniature brackets, formed covers, and other precision stainless steel or titanium components. Final suitability depends on actual geometry, support points, and weld access.

Small or thin-wall parts often have limited locating surfaces and are more sensitive to clamping force and support direction. A custom fixture helps improve repeatability, protect contact areas, and keep the weld position more stable.

Power is reviewed according to part size, thickness, joint form, and heat sensitivity. In many precision projects, 1500W and 2000W are more commonly reviewed first, while 3000W is considered when local heat demand or part structure requires it.

In some projects, yes. If the components share similar locating logic and weld access, we may review a shared base with changeable nests or a related part-family fixture concept. If the differences are too large, dedicated fixtures are usually more reliable.

Drawings, real samples, material type, local thickness, target output, and any known positioning or support difficulty are the best starting points. The clearer the part behavior is described, the faster the review usually becomes.