24:I[4298,["/_next/static/chunks/1wga-ezq2f_9u.js","/_next/static/chunks/1391uvikh1lrj.js","/_next/static/chunks/3aprs7_i0cwg_.js","/_next/static/chunks/0789jur78cll3.js","/_next/static/chunks/2magrkn65ldza.js","/_next/static/chunks/3s4um_owbis7m.js"],"TagAggregationClient"] 25:T2976,

Battery Terminal Pole Welding · Fiber Laser

Battery Terminal Laser Welding Machine

The rapid growth of lithium-ion battery manufacturing has created demand for welding systems specifically engineered for battery terminal and pole connections. The Battery Terminal Laser Welding Machine from Shandong Xinhong CNC is purpose-built for welding cylindrical, prismatic, and pouch battery cell terminals to busbars and interconnects. With a 1500W fiber laser source, vision-based positioning, and pulse control optimized for thin foil and tab materials, it delivers consistent, low-resistance welds on aluminum and copper battery terminals at production speeds.

1500W

Laser Power

±0.02

Positioning (mm)

0.3mm

Min Tab Thickness

360

Cells/Hour

Buyer Pain Points & Solutions

Inconsistent weld quality on thin battery tabs: Battery terminal foils and tabs (0.3-1.0mm) are challenging to weld consistently with resistance welding. The fiber laser's precise pulse control produces repeatable welds without burn-through on thin aluminum and copper tabs.

High-resistance weld joints: Poor weld quality increases joint resistance, reducing battery pack efficiency and creating thermal hotspots. The laser produces full-penetration welds with low and consistent electrical resistance across the cell connection.

Production throughput limitations: Manual or resistance welding is too slow for high-volume battery pack assembly. The automated laser welding system processes up to 360 cells per hour with vision-based automatic positioning.

Core Advantages

Vision-based cell positioning - A camera system identifies battery terminal positions and automatically aligns the laser beam, compensating for cell-to-cell placement variation in the tray. No manual alignment required for each cell.

Pulse control optimized for battery materials - Pulse shape, duration, and frequency are pre-configured for aluminum tabs, copper terminals, and dissimilar Al-Cu welds. The system stores 50+ weld parameter sets for different cell types and tab thicknesses.

Gantry-mounted scanning head - The XY gantry with galvo scanner covers the full battery tray area, welding all terminal connections in a single automated cycle without repositioning the tray.

Low heat input for battery safety - The laser's concentrated energy minimizes heat transfer to the cell, preventing thermal damage to the battery's internal structure. Pulse duration is controlled to keep the heat-affected zone under 0.3mm.

Schneider Electric CNC with production data logging - Modicon M241 PLC logs weld parameters and quality data for every cell, supporting battery pack traceability and PPAP documentation requirements.

Technical Specifications

Parameter	Value
Laser Power	1500W (configurable 1000W-2000W)
Laser Source	IPG / RAYCUS fiber laser
Wavelength	1080 nm
Positioning Accuracy	±0.02mm
Galvo Scanner Speed	Up to 2000 mm/s
Working Area (Tray)	300x300mm (customizable)
Min Tab Thickness	0.3mm
Max Tab Thickness	2.0mm
Compatible Materials	Aluminum, Copper, Nickel-plated steel
Heat-Affected Zone	< 0.3mm
Throughput	Up to 360 cells/hour
Vision System	CCD camera with auto-alignment
Control System	Schneider Modicon M241 PLC, Ethernet
Cooling System	Water circulation
Power Supply	220V, single-phase, 50/60Hz
Certifications	CE compliant

Application Industries

The battery terminal laser welding machine is designed for:

EV battery pack assembly - welding cylindrical and prismatic cell terminals to busbars
Energy storage systems - connecting battery modules in grid-scale storage installations
Consumer electronics batteries - welding tabs on lithium-ion pouch cells and battery packs
Battery module manufacturing - series and parallel interconnect welding on battery modules
Battery research and development - prototype battery pack welding for new cell designs

Why Choose Xinhong

Established manufacturer since 2005 - Nearly two decades of fiber laser equipment R&D and production experience.
IPG/RAYCUS laser sources - Consistent beam quality critical for thin-material battery welding.
ISO 9001:2015 certified - Every machine is built under ISO 9001:2015 quality management with CE compliance documentation.
Schneider Electric control system - CE/UL-certified components with Ethernet for production data integration.
Comprehensive after-sales support - Remote diagnostics, spare parts supply, and operator training.

FAQ

What battery cell types can this machine weld?

The system welds cylindrical (18650, 21700, 26650), prismatic, and pouch cell terminals. The vision system auto-detects terminal positions for each cell type. Parameter profiles for common cell types are pre-loaded; custom profiles can be created for new cell designs.

Can it weld dissimilar materials like aluminum to copper?

Yes. The system includes pre-configured pulse parameters for aluminum-to-copper dissimilar welds, which are common in battery interconnects. The laser's controlled heat input prevents intermetallic compound formation that weakens Al-Cu joints.

What is the minimum tab thickness the machine can handle?

The minimum tab thickness is 0.3mm for aluminum and copper foils. Pulse energy can be reduced to prevent burn-through on thin materials while still achieving full penetration welds.

Does the machine support production traceability?

Yes. The Schneider Electric PLC logs weld parameters (power, duration, position) for every cell, supporting battery pack traceability and PPAP documentation. Data can be exported via Ethernet to factory MES systems.

Is the machine CE certified?

Yes. The machine is CE compliant for European industrial safety standards. Full compliance documentation is provided with every machine.

Need Reliable Battery Terminal Welding?

Tell us your cell types, tab materials, and production volume - we'll configure the optimal battery welding system for your assembly line.

Request a Quote

26:T2957,

Battery Terminal Pole Welding · Fiber Laser

Battery Terminal Laser Welding Machine

1500W

Laser Power

±0.02

Positioning (mm)

0.3mm

Min Tab Thickness

360

Cells/Hour

Buyer Pain Points & Solutions

Core Advantages

Gantry-mounted scanning head - The XY gantry with galvo scanner covers the full battery tray area, welding all terminal connections in a single automated cycle without repositioning the tray.

Technical Specifications

Parameter	Value
Laser Power	1500W (configurable 1000W-2000W)
Laser Source	IPG / RAYCUS fiber laser
Wavelength	1080 nm
Positioning Accuracy	±0.02mm
Galvo Scanner Speed	Up to 2000 mm/s
Working Area (Tray)	300x300mm (customizable)
Min Tab Thickness	0.3mm
Max Tab Thickness	2.0mm
Compatible Materials	Aluminum, Copper, Nickel-plated steel
Heat-Affected Zone	< 0.3mm
Throughput	Up to 360 cells/hour
Vision System	CCD camera with auto-alignment
Control System	Schneider Modicon M241 PLC, Ethernet
Cooling System	Water circulation
Power Supply	220V, single-phase, 50/60Hz
Certifications	CE compliant

Application Industries

The battery terminal laser welding machine is designed for:

EV battery pack assembly - welding cylindrical and prismatic cell terminals to busbars
Energy storage systems - connecting battery modules in grid-scale storage installations
Consumer electronics batteries - welding tabs on lithium-ion pouch cells and battery packs
Battery module manufacturing - series and parallel interconnect welding on battery modules
Battery research and development - prototype battery pack welding for new cell designs

Why Choose Xinhong

Established manufacturer since 2005 - Nearly two decades of fiber laser equipment R&D and production experience.
IPG/RAYCUS laser sources - Consistent beam quality critical for thin-material battery welding.
ISO 9001:2015 certified - Every machine is built under ISO 9001:2015 quality management with CE compliance documentation.
Schneider Electric control system - CE/UL-certified components with Ethernet for production data integration.
Comprehensive after-sales support - Remote diagnostics, spare parts supply, and operator training.

FAQ

What battery cell types can this machine weld?

Can it weld dissimilar materials like aluminum to copper?

What is the minimum tab thickness the machine can handle?

The minimum tab thickness is 0.3mm for aluminum and copper foils. Pulse energy can be reduced to prevent burn-through on thin materials while still achieving full penetration welds.

Does the machine support production traceability?

Is the machine CE certified?

Yes. The machine is CE compliant for European industrial safety standards. Full compliance documentation is provided with every machine.

Need Reliable Battery Terminal Welding?

Tell us your cell types, tab materials, and production volume - we'll configure the optimal battery welding system for your assembly line.

Request a Quote

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