Cutting and welding solutions ‌ play a crucial role in modern manufacturing, not only affecting productivity, but also directly related to product quality and cost. The following are several main cutting and welding solutions and their application scenarios:

Cutting solution
Laser cutting technology ‌ : Laser cutting technology is known for its high precision, high efficiency and high flexibility, and is widely used in automotive manufacturing, aerospace, electronic equipment and other fields. Laser cutting can achieve precise cutting of various materials, including metals, plastics and composite materials. The latest laser cutting equipment also has intelligent functions, can automatically adjust cutting parameters, optimize cutting path, further improve production efficiency ‌.
High-power fiber lasers ‌ and ‌ ultraviolet lasers ‌ : These devices offer higher power and smaller spot sizes, making them suitable for mass production and the processing of complex parts. Fiber lasers are particularly suitable for fast cutting of metal sheets, while UV lasers perform well in micro machining ‌.

Large format laser cutting machines ‌ and ‌ tube laser cutting machines ‌ : These specialized equipment can handle large area sheet and tube to meet the specific requirements of industries such as automotive manufacturing and aerospace. Large format laser cutting machine is suitable for cutting large components, while tube laser cutting machine is focused on precise cutting of tubes ‌.

Welding solution
Submerged arc Welding (SAW) ‌ : Submerged arc welding is a highly efficient welding method suitable for mass production and the welding of heavy components. Issa's WeldCloud solution enhances welding quality and production efficiency by digitally managing welding data and supporting multi-wire welding processes. The system can record, analyze and compare welding data with the Welding Procedure Code (WPS), and promptly identify and correct problems with welding specifications ‌.

Automated welding system ‌ : Automated welding system is widely used in automotive manufacturing, new energy, petrochemical and other fields. For example, auto body, car door automatic welding workstation and new energy lithium battery automatic welding workstation, etc, through highly flexible and personalized production system, improved production efficiency and product quality ‌.

Robot welding ‌ : In the context of smart manufacturing and Industry 4.0, the application of equipment such as welding robots and handling robots is becoming increasingly widespread. These robots can perform complex welding tasks, increase production automation, reduce human intervention, thereby improving overall production efficiency and product quality ‌.