How Pouch Battery Terminal Tab Laser Welding Enhances Battery Module Assembly

Feb. 20, 2025

Laser welding is essential in the assembly of pouch battery modules, providing precise, high-quality, and low-heat connections for the terminal tabs. It is especially useful in industries like electric vehicles and energy storage systems. And choosing the right laser welding machine depends on precision, power, and integration capabilities.

Post-Welding Inspection and Cleaning Workstation in Prismatic Battery Module Pack Assembly Line

Feb. 12, 2025

In the prismatic battery module pack assembly line, the post-welding inspection and cleaning workstation plays a critical role in ensuring that the welding process is accurate, and the final assembly is free from contaminants.

The Advantages of Using Robotic Arms in Battery Module PACK Assembly: Stacking and Pressing Battery Cells

Feb. 11, 2025

Explore the benefits of robotic arms in stacking and pressing battery cells in battery module assembly lines, including increased precision, efficiency, and scalability. Huiyao Laser offers advanced robotic automation solutions to improve EV battery and energy storage production.

Advantages of Automatic Glue Coating Machines in PACK Glue Coating

Feb. 08, 2025

Automatic glue coating machines excel in PACK glue coating with high speed, precision, consistency, and cost-effectiveness, significantly improving production efficiency and product quality. Compared to manual application, automation reduces waste, lowers costs, and supports smart manufacturing, boosting competitiveness and market share.

Why Does the Battery Pack Have to Be Tested for Air Tightness?

Jan. 24, 2025

Battery packs need to be tested for air tightness to ensure they are safe and perform well. Airtightness testing helps identify and fix any potential leaks, which can compromise the battery's performance and pose a safety risk.

What is Battery Terminal Pole Laser Welding?

Jan. 24, 2025

Battery terminal pole laser welding is a technique that uses a laser beam to join battery cells and create conductive joints. It's a fast, precise, and automated process that can improve the performance of battery packs.