Assembled in the USA and distributed exclusively across Europe by our team in Sweden, DenaliWeld is the trusted choice for industries looking to streamline operations and raise the bar on quality.
DenaliWeld’s laser cleaning machine is built with simplicity, safety, and durability in mind. Designed to support long working sessions and intense industrial demands, it integrates a custom-designed laser control system and a high-efficiency cooling unit—ensuring consistent, uninterrupted performance.
DenaliWeld machines seamlessly integrate with most collaborative robots (cobots), combining precision, efficiency, and ease of use into one powerful solution. This partnership offers a cost-effective way to elevate your welding operations. Designed with a lightweight, flexible, and intelligent structure, DenaliWeld provides best-in-class performance, fully equipped to meet the evolving demands of modern manufacturing while driving your productivity to new heights.
Proudly designed and assembled in-house in Chicago, DenaliWeld delivers high-performance, water-cooled fiber laser welding solutions built for precision and reliability. Our advanced Water Series models are equipped with a modular chiller system, ensuring optimal cooling efficiency and long-term continuous operation, even in demanding environments.
Proudly designed and assembled in-house in Chicago, DenaliWeld sets the standard for high-performance fiber laser welding. With cutting-edge technology and a lightweight, portable design, our Jet Series laser welders deliver precision, efficiency, and unmatched durability. The system is air-cooled with a precisely engineered fan package, ensuring optimal heat dissipation and reliable operation across all welding applications.
The DenaliWeld Jet 1000 is a compact, lightweight, and versatile laser welding solution, designed for precision and portability. Patented CUAL Mosaic Laser Source: Ensures reliable continuous operation in a wide temperature range of -10°C to 40°C for consistent performance in diverse environments.