
Railway Industry
Robotic Welding System for Freight/Passenger Wagon Manufacturers

“Unleash the Power of Robotics in Rail“
INTECRO, offers its customers the assembly and body assembly technologies required in the production of passenger and fraight wagons, locomotives, high-speed trains, suburban trains, subways and trams on turnkey basis.
Passenger Wagon (Chassis, Carriage Doors, Panels)
- Suburban Trains
- Intercity Trains
- High-Speed Trains
- Commuter Trains
- Underground Trains (Metro)
Freight Wagon (Chassis, Carriage Doors, Panels)
- Car Transport
- Flat
- Hopper
- Intermodal
- Open high sided and covered wagons
- Tank Transportation of steel coils
“From design to delivery, robotics drives every step.”
INTECRO, with new generation robot technologies; Special laser sensors developed for the welded joining processes of large materials with aluminum, stainless and steel material structure, which allow geometrical seam tracking, Offline Programming Software that allows programming at the PC and facilitates robot programming, wagon industry-specific process software and Tandem / Twin and with single torch welding techologies, it raises your expectations to the next level. Our gantry Robots in various versions with multi-axis will allow you to improve your production capability and process quality in stations of hundreds of meters.

Feasibility Studies and Consulting Services

Welding and Assembly Fixtures for Precision

Experience in the Heavy Welding Industry
Robotic Welding System for Bogie Manufacturers

Bogie Side and Frame Welding
- Bogie Final Welding
- Robotic MIG/MAG welding systems for Bogie
- Various Robotic-Based Assembly and Joining Technologies
- For Bogie (Welding, Mechanical, Fastening, Riveting, Aldev, ETC.) Various Fixture and Apparatus Technologies
- And Systems for Bogie



Precision engineered by robots, trusted by railways.
BOGIE is welding a sophisticated automotive chassis using a multi-axis robotic system. Despite the complexity of the chassis design and the varying part dimensions, the team improves the robot’s performance by incorporating advanced vision systems and real-time feedback mechanisms. These enhancements ensure precise welding torch positioning and alignment, regardless of part tolerances, leading to high-quality welds and minimizing the need for manual adjustmens. This results in a more efficient welding process and consistent quality, meeting the stringent requirements of automotive manufacturing.
