Robotic automation of welding of the street light pole to the base flange and automatic automatic plasma cutting of the door.
We offer complete and flexible solutions for finishing processing of multi-faceted lighting supports. Robotic welding is designed to carry support flanges and other elements of construction with high quality and precision in the support of welding of welding flanges and other components of the structure. This robot-based equipment complex is very convenient and is especially suitable for companies producing light poles, floodlights, power lines with high production level and elevated requirements to the quality of products.
The composition of the robotic welding
robotic welding system
manual welding station
semiautomatic loading plate
robotized station for internal / external welding of the baseplate
robotized base plate reinforcement welding station
station for welding fasteners to supports
diameter of the support 100 mm
diameter of the support 750 mm
dimensions of the hatch is 660 x 350 mm
support thickness 3-8 mm
length of the support 4000-16000 mm
Support type: conical, polyhedral
the line processes the welded supports
station for the calibration of the base of the column with a diameter of up to 750 mm (different tools)
automatic system for positioning and rotating the support
production level up to 10 poles / hour
real-time monitoring system and teleservice via Internet connection or GSM
The complex is capable of processing a wide range of supports of various diameters, lengths and types (conical, polyhedral), and it allows to automate the entire process without any manual manipulation of a minimum number of employees with guaranteed final quality.
A welding robot for welding polyhedral supports, equipped with a welding source, which at times increases the efficiency of production. Simple industrial robots for welding lie at the base of technologically complex welding complexes, designed to automate the production process. The main tasks that welding robotics are called upon to do is to improve the quality of welding operations and optimize production costs.