Robotic welding
We are equipped with a high-performance robotic welding area that operates on two workstations and is capable of machining even large workpieces.
Robotic welding
We are equipped with a high-performance robotic welding area that operates on two workstations and is capable of machining even large workpieces.
360° Welding
360° Welding
The robotic area consists of the SK16-6 motoman robot assisted by a Yasnac MRC control. The SK16’s capacity of 6 kg and an average speed of rotation ranging from 25 to 60 revolutions per minute of each of the 6 axes, allows easy movement of the welding torch even in rapid operations that can reach 35 meters per minute of peripheral speed. The TSK 1,000 slide allows the SK16 robot to be moved at a speed of up to 26 meters per minute over the entire 3,500 mm long longitudinal path of the robot area. The HSB 1000 lathe with a load capacity of 1000 kg distributed over a maximum diameter of 2000 mm and a length of 3,500 and a maximum speed of 7 rpm. The RM2 positioner with two stations with a maximum load of 500 kg on a length of 3,500 and a diameter of 1,000mm with a maximum speed of 16rpm with a station change from the time of 5 seconds. 350 ampere pulsed generator. This allows us to set up up to 3 workstations/ load/ unload and have a reference range of thickness ranging from 1. 5mm up to 20 mm in welding capacity.
Processing accuracy
Compared to manual welding, robotic welding allows for more precise processing, as the welding line is programmed in a preventive phase according to the technical reference drawings and it is not subject to changes imposed by human inaccuracy during processing.
Process repeatability
As well as being precise and accurate, robotic welding can also be repeated identically throughout the entire production batch, a repeatability that is difficult to achieve with manual welding. Thanks to the automated process, machining waste and the margin of error compared to manual welding are significantly reduced.
Processing accuracy
Compared to manual welding, robotic welding allows for more precise processing, as the welding line is programmed in a preventive phase according to the technical reference drawings and it is not subject to changes imposed by human inaccuracy during processing.
Process repeatability
As well as being precise and accurate, robotic welding can also be repeated identically throughout the entire production batch, a repeatability that is difficult to achieve with manual welding. Thanks to the automated process, machining waste and the margin of error compared to manual welding are significantly reduced.
Manual welding
We mainly use manual electric, Tig, Mig and pulsed arc welding, which represent techniques that allow us to obtain a high and constant quality of the welded part. All types of welding carried out in our plants comply with the guidelines of the International Institute of Welding (IIW) and the requirements of the UNI EN ISO 9606-1:2017 standard.
Manual welding
We mainly use manual electric, Tig, Mig and pulsed arc welding, which represent techniques that allow us to obtain a high and constant quality of the welded part. All types of welding carried out in our plants comply with the guidelines of the International Institute of Welding (IIW) and the requirements of the UNI EN ISO 9606-1 2013 standard.
MIG welding
The high welding speed, minimal rework and low distortion ensure high profitability. The high strength of the welds, the excellent characteristics for thin sheets and the simple and safe handling of steel, aluminum and stainless steel make the process universal.
TIG welding
Thanks to the simple handling and the good manageability of the arc it is possible to work in a comfortable and clean way. The low slag formation of the workpiece, the thin welding area, the flux removal as well as the spatter-free arc ensure clean and exact welds without slag inclusions and rework.
MIG welding
The high welding speed, minimal rework and low distortion ensure high profitability. The high strength of the welds, the excellent characteristics for thin sheets and the simple and safe handling of steel, aluminum and stainless steel make the process universal.
TIG welding
Thanks to the simple handling and the good manageability of the arc it is possible to work in a comfortable and clean way. The low slag formation of the workpiece, the thin welding area, the flux removal as well as the spatter-free arc ensure clean and exact welds without slag inclusions and rework.
