TAIYI LASER
Machine detail · Dedicated kettle-spout welding cell. Fixture geometry is configured to the submitted kettle body and spout

Dedicated rotary-fixture welding

Kettle Spout Laser Welding Machine

This kettle-spout laser welding cell uses a dedicated rotary fixture to locate the body and spout around the joint. It is configured for reviewed stainless-steel kettle, coffee-pot and related water-appliance parts, with CCD support for joint observation.

Laser power1.5-6kW listed
Repeat precision±0.02mm
Listed speed8-90mm/s
Request a configuration← All welding machines

Specifications

Current configuration references

Laser and process · confirm the selected range
Configuration status
Current document-listed options; confirm one compatible project configuration
Laser power
1,500 / 2,000 / 3,000 / 6,000 W (Chinese sheet and manual); English sheet lists 1,500-4,000 W; confirm the upper limit
Welding speed
8-90 mm/s (current Excel listing)
Repeat positioning precision
±0.02 mm (Excel); manual lists ±0.01 mm; confirm before order
Laser wavelength
1,070 nm (manual listing)
Optics and control · select as one set
Visual support
CCD monitoring shown in the supplied manual
Laser-source options
Raycus / IPG / JPT / MAX (manual listing; project selection)
Welding-head option
Raytools HZG (manual listing; project selection)
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)
Workholding and utilities · confirm per cell
Primary workpieces
Electric-kettle spouts, coffee-pot spouts and related stainless-steel water-appliance parts
Fixture package
Dedicated rotary fixture designed around the submitted body opening, spout and seam
Cooling system
Water cooling (manual listing)
Electrical listing
220 / 380 V · 3-phase · 50 / 60 Hz (confirm for the selected supply)
Line integration
Production-line connection supported; interface and loading sequence are project-specific

Build the fixture around the kettle-spout joint

This is an application-configured welding cell rather than a universal kettle machine. Body opening, spout form, material, wall thickness, fit-up, clamping and inspection must be reviewed before tooling and process settings are fixed.

Dedicated rotary workholding

The fixture locates the kettle body and spout around the weld axis. Body opening, spout form, wall thickness and seam access define the final clamping geometry.

CCD-assisted observation

The supplied manual shows CCD support for viewing the joint during setup and operation. Camera view and alignment method are confirmed with the real part.

Fixture changes for size variants

Dedicated or changeable fixture sets can support reviewed kettle and spout sizes while keeping part location and weld access controlled.

Laser, optics and cooling selected together

Power, source, welding head, spot range, water cooling and electrical supply are confirmed as one compatible configuration before quotation.

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

Application scope for kettle and coffee-pot spout joints

Suitability depends on material, wall thickness, body opening, spout geometry, fit-up, surface-finish target, seam access and inspection method. Submit the real part or drawing before the fixture is approved.

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 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

Rotary production cycle

Multi-station kettle-spout welding

Compare a multi-position rotary layout when loading and welding must run in a repeating station cycle.

Circular base seams

Double-station kettle-bottom welding

Compare alternating workstations for kettle and vessel bottom joints.

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

Match the fixture to the body opening and spout

Review the assembled spout geometry

The body opening, spout taper, projection and joint fit-up determine the locating surfaces and access around the seam. Send the assembled drawing as well as the separate parts so the rotary workholding can be reviewed against the real joint.

Separate size changes from production layout

Different body and spout sizes may need dedicated or changeable fixture sets. Start by establishing the joint and workholding for each variant. If repeated loading and welding need a multi-position cycle, compare the separate multi-station spout system.

Confirm the selected configuration and seam acceptance

The current documents differ on the upper power limit and repeat-positioning value, as shown in the specifications. Confirm the selected package in the quotation, together with the seam finish, sealing checks and inspection method required for the product.

Machine selection questions

Is this page describing a fixed single-station machine?

The documented feature is a dedicated rotary fixture. A fixed single-station count is not confirmed here; the final layout and loading sequence need to be specified for the submitted body and spout.

Can the fixture handle a long coffee-pot spout?

Coffee-pot spouts are a listed application. Length, taper, support points and access around the joint still need review against the actual part, including any size variants.

When should I compare the multi-station spout system?

Compare it when the production brief calls for loading, locating and welding to be organized across a repeating series of fixture positions. Evaluate the complete cycle and changeover needs rather than choosing by station count alone.

Does CCD support guarantee a sealed joint?

CCD support assists viewing and alignment. Sealing performance depends on the actual joint and process; agree the inspection method and acceptance criteria for your parts during project review.

What information is needed for a kettle-spout quote?

Provide body and spout drawings or samples, the body opening, materials and thicknesses, seam position, variant sizes, cycle target and required finish or sealing checks. These define the fixture and process review.

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, target cycle and inspection method are reviewed.