TAIYI LASER
Machine detail · Multi-station kettle-spout welding configuration · equipment geometry preserved during clarity enhancement

Rotary multi-station spout welding

Multi-Station Kettle Spout Laser Welding Machine

This multi-station kettle-spout laser welding cell organizes repeat body-to-spout joints around a rotary production cycle. Fixture positions, station functions and the loading sequence are configured to the submitted kettle or coffee-pot assembly.

Laser power1.5-6kW
Listed speed8-90mm/s
WorkholdingMultistation
Request a configuration← All welding machines

Specifications

Document-listed configuration options

Laser and production · select by project
Configuration status
Document-listed options; confirm the compatible set for the submitted part
Laser power
1,500 / 2,000 / 3,000 / 6,000 W (select one)
Welding speed
8-90 mm/s (classification-sheet listing)
Station layout
Rotary multi-station cycle; final station count and loading sequence are project-specific
Repeat positioning
Manual lists ±0.01 mm; classification sheet lists ±0.02 mm. Confirm before order
Optics and process · confirm as one set
Laser wavelength
1,070 nm (manual listing)
Pulse frequency
≤100 Hz (manual listing; confirm against the selected source)
Pulse width
0.5-15 ms (manual listing; confirm against the selected source)
Spot adjustment range
0.1-3 mm (manual listing)
Laser-source options
Raycus / IPG / JPT / MAX (project selection)
Welding-head option
Raytools HZG (project selection)
Workholding and utilities · confirm per cell
Primary workpieces
Electric-kettle spouts, coffee-pot spouts and related water-appliance parts
Fixture package
Custom fixture designed around the submitted body opening, spout and seam
Cooling system
Water cooling
Electrical listing
220 / 380 V · 3-phase · 50 / 60 Hz (confirm for the selected supply)
Reference envelope
Manual drawing shows 1,140 × 1,014.40 × 1,689.50; drawing unit is not stated and must be confirmed

Build the station cycle around the spout joint

This is an application-configured welding cell rather than a universal kettle machine. Part location, fixture access, weld order and station functions are fixed after the real body and spout are reviewed.

Rotary multi-station workflow

Loading, locating and welding positions can be arranged around a repeating rotary cycle. Final station functions and guarding depend on the approved production sequence.

Spout-specific fixture development

Locating surfaces, clamp direction and weld access are designed from the submitted kettle body, spout geometry and seam rather than treated as a universal holder.

Process options selected together

The listed laser power, source, welding head, spot range and electrical supply are reviewed as one compatible configuration before quotation.

Integrated welding cell

The supplied configuration combines the welding head, multi-position fixture, machine controls and water-cooling system for application-specific production.

From joint review to delivery

  1. 01

    Machine-bed welding

  2. 02

    Beam preparation

  3. 03

    Heat treatment

  4. 04

    Precision machining

  5. 05

    Pre-assembly inspection

  6. 06

    Machine assembly

  7. 07

    Testing, debugging and acceptance

  8. 08

    Delivery

Machine layout and component references

These images come from the supplied spout-welding manual. The layout drawing does not state its unit, so final dimensions must be confirmed before factory-layout approval.

Front and side reference drawing of the multi-station kettle spout laser welding machine
Reference layout · drawing unit pending confirmation
Welding head fixture controls and water-cooling references from the kettle spout welding manual
Welding head, custom fixture, controls and water-cooling reference

Application scope for kettle and coffee-pot spout joints

Suitability depends on body and spout materials, joint fit-up, sealing target, surface-finish requirement, weld access and the required production cycle.

Electric-kettle spout jointsBody-to-spout seams subject to material, fit-up, sealing and finish review
Coffee-pot spout jointsLong or tapered spouts requiring reviewed support, orientation and weld access
Water-appliance spout partsRelated stainless-steel body openings and spout assemblies
Multiple spout sizesVariant production through dedicated or changeable fixture sets

Compare the next automatic welding path

Circular base seams

Double-station kettle-bottom welding

Compare alternating workstations for kettle and vessel bottom joints.

Rotary fixture configuration

Dedicated kettle-spout welding

Review body-to-spout joint geometry and workholding alongside the multi-station production layout.

Application systems

Automatic welding range

Compare gantry, multi-axis and workpiece-specific automatic welding systems.

Related industry solutions

Explore the applications and laser processes connected to this equipment.

Stainless-steel sinks, kettles and fabricated kitchen components

Kitchen & sanitary ware

Cutting, welding and marking for sinks, showerheads, tee pipes and kettles.

View solution
View all industry solutions

Define what happens at each fixture position

Map loading, locating and welding

Describe where parts enter, how the body and spout are located, where welding takes place and how the assembly leaves the cell. The station count and functions follow this sequence; they are not fixed by the product name.

Balance the complete cycle

Review handling, clamping, fixture movement, welding and inspection when setting a cycle target. A multi-station layout does not by itself establish unattended production or a fixed increase in output; the proposal needs to identify operator and equipment responsibilities.

Plan variants and the installation layout

List all body openings, spout shapes and size changes that must run through the cell. Confirm the fixture sets and changeover work, then obtain the final installation drawing. The supplied reference drawing has no stated dimension unit and is not sufficient for approving floor space.

Machine selection questions

How is this different from the dedicated rotary-fixture spout page?

Both address body-to-spout joints. This page focuses on arranging loading, locating and welding across a repeating multi-station cycle; the dedicated rotary-fixture page focuses on joint geometry and workholding. Compare them against the required production sequence.

How many stations are included?

The final station count and the task at each position are project-specific. Confirm both in the quotation using the agreed loading, welding and unloading sequence.

Does multi-station mean automatic part feeding?

Automatic feeding is not established by the station layout alone. Define whether operators or equipment load and unload each part, and include any additional handling equipment explicitly in the project scope.

Can it run different kettle and coffee-pot spouts?

Different sizes can be reviewed with dedicated or changeable fixtures. Body opening, spout shape, seam access and changeover requirements determine which variants fit the proposed cycle.

What should a production brief include?

Send body and spout drawings, material and thickness, variant volumes, target cycle, loading method and inspection requirements. State any line interfaces so TAIYI can review the station sequence and equipment boundary.

Request a quote

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

Configuration and quotation are prepared after the body and spout materials, joint drawing, fixture requirement, size range and target cycle are reviewed.