TAIYI LASER
Machine detail · Dual-station tee-pipe welding cell. Fixture geometry is configured to the submitted faucet or tee-pipe workpiece

Fixture-guided intersecting seams

Tee Pipe Laser Welding Machine

This dual-station laser welding cell is designed around intersecting joints in faucet bodies, stainless-steel tee fittings and related pipe parts. Branch geometry and weld-head access guide the custom fixture and station sequence.

Laser power1.5-6kW
Repeat precision±0.01mm
CoolingWatercooled
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Specifications

Document-listed configuration options

Laser and positioning · 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)
Repeat positioning precision
±0.01 mm (manual listing)
Station layout
Dual-station standard presentation; multi-station layout available after review
Operating guidance
Operating system with CCD shown in the supplied manual
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
Faucet bodies, tee fittings and intersecting pipe joints
Fixture package
Custom fixture designed around the submitted workpiece and seam
Cooling system
Water cooling
Electrical listing
220 / 380 V · 3-phase · 50 / 60 Hz (confirm for the selected supply)
Cell envelope
Manual diagram shows approximately 1,300 × 1,100 × 1,900 mm; confirm before layout approval

Build the fixture around the branch joint

This is an application-configured welding cell rather than a universal tee-fitting machine. Part location, clamp access, weld order and station count are fixed after the submitted workpiece is reviewed.

Dual-station workholding

Two fixture positions support repeat loading and welding workflows for faucet or tee-pipe parts. The actual operating sequence is confirmed with the target cycle.

Custom fixture development

Fixture contact points, clamping direction and weld access are designed from the submitted part drawing or sample rather than treated as a universal holder.

CCD-assisted operation

The supplied manual shows an operating system with CCD support for alignment and observation. Final vision scope depends on the seam and inspection requirement.

Power and optics selected together

The listed laser source, welding head, spot range and electrical supply are reviewed as one compatible project 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 tee-pipe and faucet-body welding

Suitability depends on material, wall thickness, branch geometry, fit-up, surface-finish target and weld access. Submit the real part or drawing before the fixture and process route are fixed.

Faucet tee bodiesIntersecting branch joints subject to access, finish and leak-path review
Stainless-steel tee fittingsCircular branch seams with part-specific locating and clamping
Cross-pipe fittingsMulti-direction joints requiring reviewed welding order and access
Multiple part sizesVariant production through dedicated or changeable fixture sets

Compare the next automatic welding path

Complex seam access

Five-axis automatic welding

Compare five-axis linkage when the submitted seam requires three-dimensional access.

Sanitaryware fixture system

Sink clamp laser welding

Dedicated workholding for stainless-steel sink clamps, buckles and accessories.

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

Review the intersecting seam from every approach

Show the branch and main body together

Provide the branch angle, outside diameters, wall thicknesses and seam location on the assembled part. The fixture must locate both components while leaving access around the intersection; separate component dimensions do not fully describe that task.

Define the locating and viewing method

Custom fixtures establish part location, while the supplied system includes CCD support for alignment and observation. The camera view and its role should be reviewed against the actual joint rather than assumed to find every seam automatically.

Set the work sequence and acceptance criteria

Define loading, clamping, welding order and unloading for the two fixture positions. Include the required seam finish and any leakage inspection method in the project brief; machine repeat positioning is not a finished-joint acceptance result.

Machine selection questions

Does this machine weld longitudinal seams to manufacture tubes?

This page covers intersecting branch joints in faucet bodies, tee fittings and related assemblies. Longitudinal tube-manufacturing seams are a different application and are not established by this cell description.

Can it weld different tee or cross-pipe sizes?

Variant sizes and cross-pipe joints can be reviewed using part-specific or changeable fixtures. Branch orientation, clamping access and the complete seam path determine the configuration.

What does CCD support do on this cell?

The supplied manual shows CCD-assisted alignment and observation. The final viewing and positioning scope is confirmed with the part; this does not establish automatic seam finding for every geometry.

Are the two stations guaranteed to weld simultaneously?

The presented cell has two fixture positions, but the operating sequence is project-specific. Confirm how loading and welding are arranged; station count alone does not establish simultaneous welding or a fixed output.

What should I send for a tee-pipe welding quote?

Send the assembly drawing or sample, branch angles and diameters, material and wall thickness, seam position, variant list, cycle target and inspection requirements. Include any constraints on loading and the surrounding production layout.

Request a quote

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

Configuration and quotation are prepared after the workpiece, material, joint drawing, fixture requirement and target cycle are reviewed.