In the aerospace field, laser welding technology is widely used in the manufacturing of aircraft structures due to its efficient and high-quality welding capabilities, which can meet the high standards and strict requirements of aviation materials.
Flexible, user-friendly and cost effective
Welding robots has emerged as a game-changer, offering unparalleled advantages in terms of productivity, quality, and cost-effectiveness for various heavy industries. At STRION LASER, we specialize in delivering innovative welding robots tailored to meet your specific needs. Explore how our cutting-edge technologies can streamline your welding operations and propel your business to new heights.
With advanced robotic welding solutions you are capable of reaching otherwise inaccessible locations and can perform complex and precise weldings and welds more quickly compared to manual welding. It allows time for manufacturing and also for more flexibility.


Conventional Robotic laser Integrated Welding | STRION LASER Automated Solutions | |
| Process Demonstration | The vast majority of integrated manufacturers do not understand laser welding and do not have process guidance | STRION LASER welding process kit, poured into the robot system, control of the entire welding process by means of a teach pendant |
| Digital Communications | The vast majority of laser welding machines on the market are analogue controlled, with delays and inaccuracies in communication with the robot. | STRION LASER digital communication, fully adapted to the robot, with mutual software matching, greatly reducing the difficulty of use. |
| After-sales Service | After-sales service process, due to all assembled products, a load of problems, easy to produce disputes and other phenomena, the service is not timely | Integration of after-sales service to jointly solve customer problems |
Benefit from our experts’ advice to meet your brand’s needs.

In the aerospace field, laser welding technology is widely used in the manufacturing of aircraft structures due to its efficient and high-quality welding capabilities, which can meet the high standards and strict requirements of aviation materials.

Laser welding utilizes high-energy density laser beam as a heat source to irradiate the connection location where a joint will be formed two separated work pieces, causing the separated material to quickly melt and even vaporize after absorbing laser energy, and form a molten pool that in the subsequent cooling process will solidifies, causing the two work pieces to join together. Due to the characteristics of concentrated heating zone that can be precisely controlled, small welding deformation and fast welding speed, laser welding is becoming increasingly popular among automotive companies.

Hybrid welding technology is particularly important in the shipbuilding industry to cope with the complexity and large size requirements of ship structures and to improve the efficiency and quality of ship construction.

Laser automatic welding technology can provide an efficient welding method, ensuring the strength and safety of tracks and bridges, and improving stability and safety during use.