TAIYI LASER

Kitchen & sanitary ware laser solutions

Plan laser welding and cutting around the seams, openings and visible surfaces of sinks, kettles, showerheads and tee fittings. Compare the related equipment, then define workholding, loading and the finish required from each operation.

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Stainless-steel sinks, kettles and fabricated kitchen components

Laser processes for kitchen and sanitary products

Kitchen and sanitary assemblies combine different joint paths and appearance requirements. Begin with the part drawing and assembly sequence: a sink corner, kettle bottom, spout joint and tee end face need different access and fixtures. Cleaning and identification marking can be discussed within the process scope; each operation and its equipment must be confirmed for the project.

AI concept illustration of a contemporary stainless steel kitchen with a sink and kettle
  1. 01

    Showerhead laser welding

    Review circular, square or rectangular showerheads with the joint location, material thickness and appearance requirement marked. Manual or semi-automatic fixtures can be configured around the geometry and loading sequence.

    Agree joint alignment, inspection and visible-finish criteria before accepting a welding setup.

  2. 02

    Tee fitting cutting & welding

    Define the tube sections, cut lengths and mating faces before planning tee assembly. Tube cutting and bevel preparation feed into end-face welding, with manual or semi-automatic fixtures reviewed for access and repeatable fit-up.

    Specify the fit-up and any sealing test required; these are acceptance inputs, not automatic results of choosing laser welding.

  3. 03

    Sink cutting, welding & finishing

    Map sheet blanking, panel and corner joining, contour trimming, and drain or mounting holes on the sink drawing. Robotic welding or cutting is reviewed around the fixture and access to each operation; identification marking is a separate process requirement.

    Evaluate the completed joint and visible surface, including any finishing step required by the sink specification.

  4. 04

    Kettle body, bottom & spout processing

    Separate straight body seams, circular bottom joints, spout and lid joints, and spout-tube cutting when planning the kettle route. Match the relevant station and fixture to each joint rather than treating the assembly as one welding path.

    Define appearance and sealing requirements for the assembly, then agree loading and acceptance for the selected stations.

Match the process to your parts

Cutting

Sheet blanking, tube cut-to-length, bevel preparation, contour trimming and hole cutting.

Welding

Straight seams, circular joints and end faces, with dedicated fixtures or robotic processing.

Cleaning

Discuss laser cleaning as part of your kitchen and sanitary ware production requirements.

Marking

Brand identification on sinks and exterior marking on kettles.

Application and equipment questions

Which products does this solution cover?

The current scope covers showerheads, tee fittings, sinks and kettles. Equipment selection depends on the specific cutting or joining task within those product families.

Why do sink, kettle and tee joints need different equipment reviews?

Their seam paths, part presentation and access differ. A sink corner, circular kettle bottom and tee end face need workholding and head movement reviewed against their own drawings and assembly sequence.

Can fixtures be manual or semi-automatic?

Manual or semi-automatic fixtures are included in the described showerhead and tee-fitting scope. Confirm the fixture, loading sequence and automation level for the selected product and station.

Does laser welding guarantee sealed joints or remove all finishing?

No universal outcome is promised. Define the joint, fit-up, appearance and any sealing test, then evaluate the process and any finishing steps against those acceptance requirements.

What should I provide for a project review?

Send part and joint drawings, materials, thicknesses, fit-up, visible-finish requirements and any sealing criteria. Include output targets, loading preferences and the operations already performed upstream or downstream.

Request a quote

Tell us the part. We will tell you the machine.

Describe your kitchen or sanitary parts, material, thickness and production requirements. Include the joint or cutting task and the level of automation you need.

An application engineer replies within one working day