Flexible, intelligent welding systems built for every scale of production.
The Welding Cell Pro-1500 is a complete automated welding system designed for high-volume production, combining precision, productivity, and process control in a single integrated solution.
Built around the FAIRINO FR10 welding robot, the system integrates the robotic cell, control panel, welding equipment, and built-in camera system into one compact production unit. Advanced automation and process optimization enable consistent weld quality, maximum uptime, and efficient handling of large production volumes while maintaining precise control over every detail.
Its modular and connected architecture also provides excellent scalability, allowing the welding solution to grow together with your production requirements.
Designed for high-volume manufacturing, the Welding Cell Pro-1500 significantly increases welding productivity and supports continuous production with minimal downtime.
The FAIRINO FR10 welding robot, welding equipment, control panel, and built-in camera system are combined into one complete automated welding cell.
Precise robotic motion and optimized welding processes ensure repeatable results and consistent weld quality even during long production runs.
The Welding Cell Pro-1500 is ideal for repetitive and high-volume welding applications where productivity, consistent quality, and reliable automated operation are essential.
It is particularly suitable for:
Automotive and component manufacturing
Metal fabrication
Sheet metal production
Machinery manufacturing
Serial production of welded components
High-volume industrial welding
The flexible welding solution for small-batch production of multiple varieties is specifically designed to meet the flexible production needs of modern manufacturing. It features a modular fixed platform design, deeply integrating intelligent sensing and adaptive control technologies.
This enables rapid programming and reuse of welding procedures, ensuring stable mass production while overcoming the limitations of traditional welding equipment, which often requires excessive consistency in workpieces.
It is suitable for multi-variety and low-volume welding scenarios, such as sheet metal processing and manufacturing industries, including the production of various chassis cabinets, electrical control cabinets, etc.

Easily meets the demands of frequent product changes in multi-variety, small-batch production.
Significantly enhances production efficiency and effectively controls production costs.
The robot maintains precise positioning during operations, ensuring consistency and aesthetic quality of weld seams.
The welding solution for large workpieces integrates equipment units such as positioners, travel axes, and robots, specifically designed to meet the welding needs of large workpieces. The positioner can fix and rotate the workpiece, ensuring the weld is positioned optimally for welding. The travel axis provides a linear movement track for the robot, expanding its welding range.
When working in tandem, these components significantly improve welding quality, enhance work efficiency, and increase adaptability to different large workpieces.

Applicable to large workpiece welding, widely used in industries such as heavy machinery manufacturing, automotive production, aerospace, and energy equipment.
Optimizes the robot's motion paths and processes to achieve continuous production, thereby improving production efficiency.
Ensures stability during the robot's movement, enhancing welding quality.
It is suitable forthe welding of large structural parts, including bridges, steel structures, shipbuilding, large machinery and other industries.
The Mobile Railwelding Solution integrates a collaborative robot, a 3Dcamera, and a mobile welding rail kitto createan innovative "vision-guided + flexible mobility + precise welding" system.
It is designed specifically for large components, long weld seams, high-altitude/high-risktasks, and other complex or wide-area welding applications.

Integrating 3D vision technology and AI algorithms to automatically identify the position and morphology of weld seams.
Without manual teaching, welding paths canbequickly generated throughpoint cloud data.
Lightweight design + magnetic base installation allows a single person to complete equipment handling, setup, and fixing, reducing job preparation time.
The 3D Vision Programming-Free Welding Solution integrates FAIRINO Robotics, 3D cameras, and the FAIRINO AIR Lab, leveraging a programming-free automatic welding platform to establish an efficient, intelligent, and flexible welding system.
Equipped with a 3D camera and offline simulation capabilities, this solution utilizes powerful scanning and recognition functions to achieve automatic workpiece positioning, weld seam recognition, and weld path analysis and planning, ensuring consistency and accuracy in welding operations.

Provides a simulation environment that fully replicates actual welding condlitions, allowing for early identification of potential welding challenges.
Equipped with a comprehensive welding process database. Simply select the appropriate process based on the actual workpiece type to achieve rapid deployment, significantly shortening project cycles.
3D vision guidance technology accurately measures the three-dimensional shape and position of welding workpieces, offering precise welding path planning and tracking for robots. This greatly enhances welding accuracy and efficiency while reducing the time required for manual intervention and adjustments.
Suitable for precision welding tasks in complex spatial structures.