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Home Handheld Welding CCS Dual-Station Laser Welding Machine

CCS Dual-Station Laser Welding Machine | GSWA-HLP

  • Designed for CCS battery connection components with high welding accuracy and consistency.
  • Dual-station design reduces loading downtime and improves production efficiency.
  • CCD vision positioning ensures accurate and stable weld placement.
  • Automated loading and MES connectivity support efficient, traceable production.
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    1Year Warranty

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Overview

Intelligent Laser Welding for CCS Production

The GSWA-HLP Series is a dual-station laser welding system developed by Glorystar for EV battery CCS manufacturing. Combining precision laser welding, CCD vision, intelligent process control and automated material handling, it delivers stable and efficient production for high-volume battery applications.

Proven Manufacturing Expertise

With more than 10,000 customer applications and a 200,000 m² manufacturing base, Glorystar provides laser automation solutions for battery and energy storage manufacturing. The GSWA-HLP integrates welding, vision, process control and production data management into one flexible system.

Why Choose Our High Power Laser Cutter?

  • 339 Quality Inspection Standards
    • 144+ Material Inspection Standards
    • 70+ Assembly Process Inspection Standards
    • 125+ Whole-Machine Precision Inspection Standards
    • Upholding Every Line of Defense for High-Quality Delivery
  • Thoughtful Service
    • Online 24/7 after-sales technical support
    • On-site support within 24 hours​
    • Dedicated service channel with a one-on-one service team​
    • Attentive product manager providing remote installation guidance​
    • Professional technical training
  • Mid-to-High-End Laser Application Solutions
    • Comprehensive solutions for cutting, welding, and bending sheet metal, tubes, and complex-shaped materials.
    • Specialized in mid-to-high-end laser applications with advanced automation integration.
    • Trusted by over 100,000 premium clients worldwide.
    • Empowering modern manufacturing with efficiency, precision, and innovation.
  • Industry Expertise
    • Over 20 years of deep experience in the laser intelligent equipment industry.
    • A team of over 200 expert consultants with strong technical capabilities.
    • More than 400 independent intellectual property rights, showcasing strong innovation.
    • Complete quality traceability system with multiple international certifications.

Specifications

  • Technical Parameters
  • Welding Capability
Feature GSWA-HLP120 GSWA-HLP200 GSWA-HLP1000
Laser Power Nanosecond 120W Nanosecond 200W 1000W Single-Mode
Beam Quality <1.4 M²
Laser Power Adjustment Range 1–100%
Power Stability ≤3%
Repeat Positioning Accuracy ±0.01 mm
CCD Positioning Accuracy 0.05 mm (Optional)
Applicable Product Size 2000 × 800 mm
Production Capacity 60 s/pc (Depending on Product Size)
Yield Rate ≥99.5%
Power Requirement 220V / 50Hz 220V / 50Hz 380V / 50Hz
Overall Dimensions 3500 × 2500 × 2400 mm

Thin Sheet Welding:

1. Welding trajectory: Spiral path.

2. Peel force ≥120 N and shear force ≥400 N. Base material fracture is excluded; at least 80% residue remains on the thick aluminum busbar.

3. Required penetration depth: >0.20 mm. Each weld consists of 9 circular passes, with a single-circle diameter of 1.1–1.3 mm.

Single Module Welding:

1. Welding trajectory: Spiral path or straight-line path.

2. Peel force ≥150 N and shear force ≥500 N. Base material fracture is excluded; 100% residue remains on the thick aluminum busbar.

3. Required penetration depth: >0.25 mm. Each weld consists of 9 circular passes, with a single-circle diameter of 1.1–1.3 mm.


Feature GSWA-HLP120 GSWA-HLP200 GSWA-HLP1000
Laser Power Nanosecond 120W Nanosecond 200W 1000W Single-Mode
Beam Quality <1.4 M²
Laser Power Adjustment Range 1–100%
Power Stability ≤3%
Repeat Positioning Accuracy ±0.01 mm
CCD Positioning Accuracy 0.05 mm (Optional)
Applicable Product Size 2000 × 800 mm
Production Capacity 60 s/pc (Depending on Product Size)
Yield Rate ≥99.5%
Power Requirement 220V / 50Hz 220V / 50Hz 380V / 50Hz
Overall Dimensions 3500 × 2500 × 2400 mm

Thin Sheet Welding:

1. Welding trajectory: Spiral path.

2. Peel force ≥120 N and shear force ≥400 N. Base material fracture is excluded; at least 80% residue remains on the thick aluminum busbar.

3. Required penetration depth: >0.20 mm. Each weld consists of 9 circular passes, with a single-circle diameter of 1.1–1.3 mm.

Single Module Welding:

1. Welding trajectory: Spiral path or straight-line path.

2. Peel force ≥150 N and shear force ≥500 N. Base material fracture is excluded; 100% residue remains on the thick aluminum busbar.

3. Required penetration depth: >0.25 mm. Each weld consists of 9 circular passes, with a single-circle diameter of 1.1–1.3 mm.

FAQs

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What technical support do you offer?

We back every Glorystar Laser system with end‑to‑end support: pre‑sales application consulting and sample cutting, turnkey on‑site installation and operator training, 24/7 remote diagnostics, rapid-response field service from certified engineers, a global spare‑parts network, lifetime software updates, and optional process optimization and automation upgrades—everything you need to keep your laser running at peak productivity.

How is the machine installed?

Our certified engineers handle positioning, leveling, utility hookup (power, gas, cooling), full system wiring, laser alignment, accuracy calibration, and trial cutting. A signed acceptance report closes the job.

How much does a fiber laser cutting machine for sale?

Pricing for metal laser cutters is driven by three factors: model, laser wattage, and configuration. Thicker materials require higher power, which in turn raises the investment. Let us know the material and thickness you plan to process, and our engineers will recommend the optimal laser solution for your needs.

Contact with Glorystar Laser Support Team