GLITTER SPOT WELDING MACHINE 801H WITH 75B

GLITTER SPOT WELDING MACHINE 801H WITH 75B

GLITTER 801H WIth 75B Welding Pen Phosphate Iron Lithium Power Battery Aluminum to Nickel Welding Machine – 21KW Capacitor Energy Storage Spot Welder

The 801H Phosphate Iron Lithium Power Battery Aluminum to Nickel Welding Machine is a professional high-power capacitor energy-storage precision pulse spot welder specially designed for aluminum-to-nickel welding in LiFePO4 battery pack manufacturing. Built with advanced millisecond energy-gathering pulse technology, this industrial-grade welding machine delivers powerful, precise, and stable welding performance for lithium iron phosphate battery applications, EV battery assembly, energy storage systems, and industrial battery pack production.

The 801H spot welder adopts high-frequency inverter energy storage super capacitor discharge technology that completely eliminates interference with AC power systems and prevents switch tripping issues during operation. Its advanced energy-storage pulse control system combined with low-loss metal bus technology maximizes pulse burst energy output, ensuring reliable and consistent spot welding results even in demanding industrial applications.

Powered by automotive-grade large-capacity low-resistance super capacitors, the 801H supports an impressive peak pulse power of 21KW and peak welding current up to 3500A. The microcomputer-controlled energy-gathering pulse technology ensures strong and reliable solder nugget formation within milliseconds, creating concentrated and deep weld penetration without blackening, overheating, or damaging the battery cells.

This advanced welding machine is specially engineered for aluminum electrode to nickel sheet transfer welding in LiFePO4 power batteries. The dedicated “Aluminum → Nickel” welding mode allows precise and stable welding of aluminum-nickel composite sheets to LFP battery aluminum electrodes, making it an ideal low-cost welding solution for lithium battery manufacturers and EV battery pack assemblers.

The intelligent control system features a multifunction parameter display screen that provides clear and real-time welding management. Users can easily monitor pulse current values during each weld to prevent virtual welding and ensure consistent welding quality. The adjustable pulse time and preload delay settings provide maximum flexibility for different welding thicknesses and materials.

The 801H supports dual-mode spot welding triggers for precise, fast, and efficient welding operation. Its dual welding tool design allows flexible welding across a wide range of batteries and metal parts. The professional welding pen system supports ultra-thin to ultra-thick welding applications, making the machine highly versatile for various industrial and commercial uses.

Designed with ultra-low loss and high-efficiency electronic architecture, the 801H maintains stable performance without overheating even during continuous long-term operation. The built-in safe self-discharge system allows storage capacitors to discharge safely to zero during transportation or long-term storage, enhancing operational safety and reliability.

Key Features:

• •Advanced millisecond energy-gathering pulse welding technology
• •High-frequency inverter capacitor energy-storage system
• •Powerful 21KW peak pulse welding output
• •Maximum welding current up to 3500A
• •Dedicated aluminum-to-nickel welding mode for LiFePO4 batteries
• •No AC power interference or circuit tripping issues
• •Deep penetration welding without blackening or battery damage
• •Intelligent multifunction display with real-time pulse current monitoring
• •Dual welding trigger modes for precise operation
• •Industrial-grade cooling design for long-duration use

75B Spot Welding Mobile Pen Welding Thickness:

• •Pure Nickel to 18650 Battery: 0.05~0.3mm
• •Nickel-Plated Strip to 18650 Battery: 0.1~0.5mm
• •Aluminum-Nickel Composite Sheet to LFP Battery Aluminum Electrode: 0.05~0.15mm

The 801H Aluminum to Nickel Welding Machine is the perfect solution for lithium battery manufacturers, EV battery builders, energy storage system integrators, and industrial users seeking powerful aluminum-to-nickel spot welding performance, high precision, and reliable long-term industrial operation.