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  • Interactive Guide: Match Your Battery Type to the Best Welding Tech

    Interactive Guide: Match Your Battery Type to the Best Welding Tech

    In lithium-ion battery pack manufacturing, welding performance directly impacts the conductivity, safety, and consistency of the subsequent battery pack. Resistance spot welding and laser welding, as mainstream processes, each have distinct characteristics, making them suitable for different batt...
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  • 5 Critical Factors When Choosing a Battery Spot Welder

    5 Critical Factors When Choosing a Battery Spot Welder

    When it comes to building battery packs—especially with cylindrical cells—the spot welder you choose can make or break your production. Not all welders are created equal. Here are five things worth paying attention to before you commit:   1. Precision Where It Counts Welding batteries isn’t somet...
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  • How to Switch from Ultrasonic to Laser Welding Without Downtime

    How to Switch from Ultrasonic to Laser Welding Without Downtime

    Driven by electric vehicles, energy storage systems and portable electronic devices, the rapid development of battery technology requires high manufacturing accuracy. Traditional ultrasonic welding used to be a reliable battery assembly method, but now it is facing the challenge of meeting strict...
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  • Modular Laser Welding Stations: A New Era for Battery Prototyping

    Modular Laser Welding Stations: A New Era for Battery Prototyping

    In the fast-moving field of battery development, the ability to quickly and accurately create small batches of prototypes is more important than ever. Traditional welding techniques often fall short when it comes to handling delicate materials and frequent design changes. This is where modular la...
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  • Ensuring the safety of surgical tools: The importance of reliable spot welding

    Ensuring the safety of surgical tools: The importance of reliable spot welding

    In the medical device industry, the structural integrity and functional reliability of surgical instruments directly impact clinical outcomes. Among various manufacturing techniques, spot welding remains a fundamental process for assembling metal components in these critical tools. Our company de...
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  • Why 80% of New Battery Factories Are Switching to Hybrid Laser/Resistance Welders

    Why 80% of New Battery Factories Are Switching to Hybrid Laser/Resistance Welders

    The battery industry is rapidly adopting hybrid laser/resistance welders, and for good reason. As electric vehicles (EVs) and energy storage systems (ESS) push for higher performance, manufacturers need welding solutions that combine speed, precision, and reliability. Here’s why hybrid welding is...
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  • Breakthrough in Prismatic Cell Welding: Zero-Thermal-Damage Solution Unveiled

    Breakthrough in Prismatic Cell Welding: Zero-Thermal-Damage Solution Unveiled

    The global shift to electric vehicles has intensified the demand for advanced battery technology. The International Energy Agency predicts that by 2025, the global sales of electric vehicles will reach 20 million units. The core of this change lies in the demand for safer and more efficient batte...
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  • Building Lightweight Aircraft: How Spot Welding Meets Aviation Standards

    Building Lightweight Aircraft: How Spot Welding Meets Aviation Standards

    The relentless pursuit of lighter, stronger, and more efficient aircraft is a driving force in aerospace innovation. A critical, yet often overlooked, component in this mission is the manufacturing process itself—specifically, the art and science of spot welding. As the industry increasingly turn...
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  • Comparing Laser and Ultrasonic Welding for Mass-Produced Battery Packs

    Comparing Laser and Ultrasonic Welding for Mass-Produced Battery Packs

    When manufacturing battery packs at scale, choosing the right welding method significantly impacts production efficiency, product quality, and overall costs. Two common techniques—laser welding and ultrasonic welding—each have distinct advantages. This article examines their differences, focusing...
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  • High-Precision Spot Welding: Advancing Medical Device Manufacturing

    High-Precision Spot Welding: Advancing Medical Device Manufacturing

    Introduction The medical device industry has strict requirements on accuracy, reliability and safety. From implantable cardiovascular devices to minimally invasive surgical devices, manufacturers are under great pressure to provide products that meet strict regulatory standards and constantly bre...
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  • Spot Welding vs. Laser Welding: Which is Better for Battery Welding?

    Spot Welding vs. Laser Welding: Which is Better for Battery Welding?

    With lithium batteries in high demand, manufacturers need welding methods that balance speed, cost, and quality. Spot welding and laser welding are the top choices—but which one is right for your production line? Spot Welding: Fast, Reliable, and Cost-Effective Spot welding has been a go-to meth...
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  • Precision Laser Welding: Transforming Aerospace Components & UAV Battery Production

    Precision Laser Welding: Transforming Aerospace Components & UAV Battery Production

    Today, laser welding(https://www.stylerwelding.com/3000w-automatic-fiber-laser-welding-machine-product/) is key to aerospace innovation. With zero tolerance for errors, precision is everything. This is transforming aerospace component production, especially for UAV batteries requiring military-...
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