Rotary Table Laser Welding Machine

Rotary Table Laser Welding Machine

The Rotary Table Laser Welding Machine combines a fiber laser, 4-axis CNC control, PLC numerical control, and rotary table positioning to perform repeatable welding on circular, ring-shaped, and irregular metal workpieces.
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The Rotary Table Laser Welding Machine combines a fiber laser, 4-axis CNC control, PLC numerical control, and rotary table positioning to perform repeatable welding on circular, ring-shaped, and irregular metal workpieces.

 

Technical Specifications

 

Parameter

Specification

Model

HT-F1000

Max. Laser Power

1000 W

Available Laser Power

500–3000 W

Laser Type

Fiber Laser

Pulse Width

0.1–50 ms

Laser Wavelength

1064 nm

Duty Ratio

1–100%

Pulse Frequency

0–10 kHz

Laser Welding Depth

Up to 3 mm

Laser Spot Adjustment

0.2–5 mm

Welding Accuracy

±0.02 mm

Production Capacity

10–50 workpieces/hour

Table Load Capacity

50–500 kg

Visual Positioning

Red Point

Control System

4-axis CNC + PLC numerical control

Cooling Method

Water Cooling

Operating Temperature

0–40°C

Power Supply

AC 220 V / 32 A / 50–60 Hz

Machine Body

Q345B Structural Steel

 

Key Features


Dual-Station Continuous Production - Welding and loading/unloading run simultaneously, reducing machine idle time and improving hourly output.


360° Seam Welding - Rotary positioning enables continuous, uniform welding around tubes, rings, valves, housings, and other circular parts.


±0.02 mm Positioning Accuracy - 4-axis CNC and rotary control keep weld locations consistent across repeated workpieces.


Stable Batch Quality - PLC-controlled welding sequences and stored parameters minimize variation between operators and production batches.


Flexible Laser Configuration - 500–3000 W laser options and a 0.2–5 mm adjustable spot accommodate different materials, thicknesses, and joint designs.


Production-Ready Capacity - Up to 10–50 workpieces/hour.


Automation Expansion - The rotary platform can be integrated with automatic clamping, vision positioning, robotic loading/unloading, and upstream/downstream equipment.

 

Welding Area & Joint Capability


The welding configuration is selected according to the workpiece geometry, joint design, material, and required penetration.


Welding Depth: Up to 3 mm under specified material and process conditions.


Spot Size: 0.2–5 mm adjustable to match different joint widths and welding requirements.


Welding Path: Supports straight, circular, circumferential, and multi-position welding.


Joint Types: Suitable for butt, lap, corner, and circumferential joints subject to workpiece design and process testing.

 

Workpiece & Material Compatibility


The machine is suitable for laser-weldable metals and components requiring repeatable positioning or rotary welding.


Materials
Stainless Steel · Carbon Steel · Mild Steel · Aluminum · Copper · Brass · Titanium · Nickel Alloys · Galvanized Steel


Workpieces

  • Rings & Annular Parts - Circumferential welding
  • Tubes & Cylindrical Parts - Rotary seam welding
  • Covers & Housings - Circular seam welding
  • Battery Components - Tabs, busbars, trays, PACK parts
  • Motor Components - Housings, stator/rotor-related parts
  • Cooling Components - Cooling plates, heat sinks
  • Fittings & Hardware - Connectors, brackets, precision parts
  • Irregular Components - Multi-position welding with 4-axis CNC

For copper, brass, thick sections, or other demanding materials, the laser power and welding parameters should be confirmed through sample testing.

 

Machine Configuration


The machine is configured according to workpiece geometry, welding path, production volume, and automation requirements.


Circular parts - Rotary axis + dedicated fixture for circumferential welding.


Multiple weld positions - Programmable rotary indexing for repeatable positioning.


Multiple product models - Interchangeable fixtures to reduce changeover time.


High-volume production - Dual-station configuration with automatic loading/unloading.


Irregular parts - 4-axis CNC positioning with application-specific fixturing.


Different material thicknesses - Laser power and welding parameters selected through sample testing.


Heavy workpieces - Rotary table configured according to actual workpiece weight and dimensions.


Automated production - Robot, vision, clamping, and PLC integration according to the production line.

 

Free Sample Testing & Laser Process Verification


We provide comprehensive feasibility testing and process validation before final machine configuration to ensure the system strictly meets your engineering requirements.


What We Verify in Our Lab:
Laser & Beam Parameters: Laser power, pulse frequency, spot size, and wobble settings.


Welding Performance: Penetration depth, weld bead appearance, and mechanical strength/leak-tightness.


Rotary Automation: Precision rotary welding path, fixture alignment, and total tact/cycle time.

 

Pre-Shipment Quality Control & Factory Acceptance Testing


Every Rotary Table Laser Welding Machine undergoes rigorous pre-shipment inspections to guarantee 100% operational readiness upon delivery to your facility.


Pre-Shipment Verification:
Rotary & Motion System: Rotary table indexing accuracy, servo positioning, and multi-station smooth transfer.


Control & Automation: PLC program logic, safety interlock systems, and HMI touch-screen responsiveness.


Laser & Tooling Integration: Laser power stability, chiller performance, and custom pneumatic fixture functionality.


Trial Run: Full-process test welding on your actual samples under target production cycle times.

 

Quality Management & Certifications


Chinasky Laser operates under an ISO 9001:2015 quality management system and holds CE Certification, FDA Certification, and National High-Tech Enterprise qualification.


The company also holds:

  • 4 national invention patents
  • 20+ utility model patents

These certifications and qualifications provide documented evidence of the company's quality management and technical development capabilities.

 

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After-Sales Support & Guarantees


Pre-Shipment Testing - Every machine undergoes inspection, testing, and calibration before shipment to verify the agreed configuration and welding performance.


Installation & Training - On-site or remote support covers installation, machine operation, parameter setup, routine maintenance, and troubleshooting.


Warranty Coverage - Year 1: free replacement of faulty parts; Year 2: free repair of the laser source; lifetime technical support excluding consumables.


Fast Technical Response - Emergency issues receive technical response within 12 hours, with remote diagnosis and troubleshooting to minimize production downtime.


Spare Parts Support - Key replacement parts are available for routine maintenance and equipment repair.


Process Support - Engineers can assist with parameter optimization when customers introduce new materials, workpieces, or welding requirements.


Global Service - On-site engineering support is available for installation, commissioning, complex troubleshooting, and production-line integration.


Complete Technical Documentation - User manuals, maintenance instructions, and training videos are provided for daily operation and maintenance.

 

FAQ

 

Q: Can the machine handle different workpiece models?

A: Yes. Different fixtures and welding programs can be configured for multiple workpiece models, provided they fall within the machine's working range.

Q: How is the machine adapted to a new product?

A: A new product can be introduced by configuring the appropriate fixture and welding program, followed by sample testing to confirm the process before production.

Q: What happens if we need to change the welding process after installation?

A: Our engineers can assist with welding parameter adjustment and process optimization when the material, workpiece, or welding requirement changes.

Q: What maintenance does the machine require?

A: Routine maintenance mainly involves the laser welding system, cooling system, optical components, rotary mechanism, fixture, and other specified machine components according to the maintenance schedule.

Q: Are spare parts available after the warranty period?

A: Yes. Replacement parts can be supplied for continued equipment maintenance after the warranty period, subject to component availability.

Q: Can you help integrate the machine with our existing production line?

A: Yes. The machine can be evaluated together with the existing loading, unloading, robotic, conveyor, clamping, vision, and control systems to determine the required integration configuration.

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