To encourage the development of distributors and agents, PDKJ will offer a range of preferential policies and support measures Read More

This article provides a comprehensive summer maintenance guide for laser welding machine chillers, highlighting the critical role of temperature control and cooling system performance in ensuring stable welding quality and equipment reliability. It discusses four common summer chiller risks, including condensation, overheating, poor water quality, and voltage fluctuations, while offering recommended temperature settings and practical maintenance procedures. By following proper chiller maintenance practices, manufacturers can reduce equipment failures, prevent welding defects, extend machine lifespan, and maintain efficient production during high-temperature operating conditions. This guide is especially valuable for industries using laser welding systems in metal fabrication, automotive manufacturing, new energy production, and industrial automation. Read More

Experiencing uneven spot welds? Discover 3 practical tips to improve spot welding quality, including electrode maintenance, parameter optimization, and workpiece preparation. Learn how PDKJ MFDC Spot Welding Machines deliver stronger, more consistent welds and higher production efficiency. Read More

This article showcases a successful welding automation project for a new energy industry manufacturer specializing in battery enclosures and high-voltage control cabinets. To support the customer's factory expansion and large-scale production requirements, PDKJ delivered a complete welding solution combining air-cooled handheld laser welding machines and robotic laser welding workstations. Designed for 2mm carbon steel battery boxes and electrical enclosures, the solution significantly reduces welding deformation, burn-through, and defects while improving weld consistency, production efficiency, and product quality. By integrating flexible manual laser welding with automated robotic welding technology, the customer achieved lower production costs, higher throughput, enhanced quality control, and stable mass production capabilities for energy storage and new energy applications. Read More

This article introduces a customized 8-axis coordinated robot laser welding workstation developed for stainless steel motorcycle crash bar welding in the automotive parts industry. The solution integrates a Yaskawa robotic arm, laser welding system, automated control technology, and customized fixtures to achieve stable, high-efficiency, and batch automated production. The workstation is specially optimized for 1.2mm thin stainless steel welding, effectively reducing deformation, oxidation, and post-processing while improving weld consistency and product quality. The article also highlights the advantages of robotic laser welding in complex trajectory control, flexible automation, production stability, and intelligent manufacturing upgrades for automotive and motorcycle component manufacturers. Read More