Six-Station Rotary Welding Machine
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  • Six-Station Rotary Welding Machine

Six-Station Rotary Welding Machine

Designed for efficient, high-precision welding of battery components or metal parts in a continuous rotary process, combining multiple welding operations into a single machine.
  • Product description
    • Commodity name: Six-Station Rotary Welding Machine
    • Commodity ID: 六工位旋转台焊接机

    Designed for efficient, high-precision welding of battery components or metal parts in a continuous rotary process, combining multiple welding operations into a single machine.

    1. Equipment Overview

    • Equipment Name: Six-Station Rotary Welding Machine
    • Model: HY-SRW600
    • Application: Designed for efficient, high-precision welding of battery components or metal parts in a continuous rotary process, combining multiple welding operations into a single machine.
    • Production Capacity: 20–40 pieces per minute (process-dependent).

    2. Mechanical Specifications

    • Equipment Dimensions:
      • Length: 2000 mm
      • Width: 1800 mm
      • Height: 2100 mm
    • Weight: 1800 kg
    • Frame Material: Reinforced carbon steel with powder-coated finish.
    • Table Material: Precision-machined stainless steel with anti-static coating.
    • Station Indexing System:
      • Type: Servo-driven rotary indexing table.
      • Positioning Accuracy: ±0.02 mm.
      • Station Capacity: 6 workstations with modular tooling.

    3. Welding Specifications

    • Welding Technology:
      • Standard: Laser Welding.
      • Optional: Ultrasonic or Resistance Welding.
    • Laser Specifications:
      • Power: 2000–3000 W (adjustable based on application).
      • Wavelength: 1064 nm.
    • Cycle Time: ≤10 seconds per weld.
    • Welding Accuracy: ±0.02 mm.
    • Material Compatibility: Aluminum, copper, nickel, stainless steel.

    4. Vision and Inspection System

    • Alignment Accuracy: ±0.02 mm.
    • Vision System:
      • Industrial-grade CCD cameras at multiple stations.
      • Inspection Speed: ≤0.5 seconds per piece.
    • Defect Detection: AI-based algorithms for detecting incomplete welds, cracks, or material misalignment.

    5. Control and Interface

    • Control System: PLC-based centralized system with independent modules for each station.
    • HMI:
      • 15-inch capacitive touchscreen with intuitive GUI.
      • Multi-language support (English, Chinese, others).
    • Programmable Parameters:
      • Laser power, duration, and focus.
      • Station-specific settings for different components.
    • Data Logging:
      • Internal Storage: 2 TB SSD for operation and quality data.
      • Export Formats: CSV, PDF via USB, Ethernet, or cloud.

    6. Electrical Specifications

    • Power Supply: AC 380V ± 10%, 50/60 Hz, 3-phase.
    • Maximum Power Consumption: 12 kW.
    • Control Voltage: 24V DC for auxiliary systems

    7. Safety Features

    • Emergency Stop: Multiple emergency stop buttons at operator stations and central control panel.
    • Laser Safety:
      • Class 1 laser enclosures with interlocks.
      • Protective safety curtains.
    • Overload Protection: Integrated sensors for detecting excessive load on motors and welding systems.
    • Protective Barriers: Transparent polycarbonate enclosures.
    • Defect Alarms: Audible and visual alerts for misalignment or weld failures.

    8. Environmental and Installation Requirements

    • Operating Environment:
      • Temperature: 15–30°C
      • Humidity: ≤60% RH (non-condensing).
    • Noise Level: ≤70 dB during operation.
    • Installation Requirements:
      • Flat, vibration-free surface.
      • Minimum clearance: 1,200 mm around the machine.

    9. Cooling System

    • Type: Integrated water cooling system for laser and mechanical components.
    • Cooling Capacity: 10 kW.
    • Water Flow Rate: 10–20 L/min.

    10. Optional Configurations

    • Additional Welding Heads: Dual welding heads for increased throughput.
    • IoT Connectivity: Remote monitoring and real-time diagnostics via cloud.
    • Automated Sorting: Integrated sorting system for good and defective parts

    11. Maintenance and Warranty

    • Maintenance Schedule:
      • Weekly: Clean lenses, inspect alignment systems, and check cooling units.
      • Monthly: Calibrate laser power and inspect rotary indexer.
      • Quarterly: Perform full diagnostics of electrical and mechanical systems.
    • Warranty Period:
      • Standard: 12 months.
      • Extended: Up to 36 months available upon request.

Key words:

Six-Station Rotary Welding Machine

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FAQ

Q

How do you ensure consistent weld quality in the assembly of Prismatic battery packs?


A

This question pertains to the importance of achieving high-quality welds, particularly for the connections between cells and busbars. It often involves discussions on the types of welding techniques (e.g., ultrasonic, laser), equipment calibration, and inspection methods to prevent defects like weak joints or excessive heat-affected zones.

Q

What are the best practices for cell alignment and stacking in a Prismatic battery PACK assembly?


A

This question focuses on the techniques and tools used to ensure precise alignment and stacking of prismatic cells, which is critical for maintaining structural integrity and electrical performance in the final battery pack.
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