Welding
Manual welding MIG e TIG
Bench MIG-TIG welding allows for great process flexibility and production of even small series, ensuring precision, optimization, and interchangeability of parts.
Automatic welding
For high-volume products, specific equipment and machinery have been designed to minimize costs and ensure high productivity.
Laser welding
Taiocchi was one of the first companies to adopt the innovative technology of certified manual laser welding (see Stainless Steel Department).
Robotic welding
We have three robotic MIG welding cells with a two-station rotary table at our disposal. The flexibility of these machines gives us the ability to produce a wide range of welded components, supported by internally manufactured equipment.
Projection welding
We have various machines for projection welding: bench spot welders, suspended spot welders, and gantry spot welders. For this reason, we can perform multiple operations such as projection nut welding and capacitor discharge welding for threaded studs.
Welding robot for MIG-MAG welding of large-sized articles.
The ongoing market demand for large-sized components produced with the same precision we have always provided and guaranteed for the parts produced up to now, has driven us to invest in a state-of-the-art robotic MIG-MAG welding system.
The cell commissioned to a leading supplier in the industry consists of a Kawasaki anthropomorphic robot with a cable arm featuring six movement axes. Additionally, there are seven more axes integrated into indexed positioners, making the system particularly flexible and effective for any type of product.
A rotating orbital positioner with two interpolated loading/unloading stations allows us to weld pieces with a length of up to 2500mm and a maximum rotatable diameter of 1700mm.
A second interpolated rotating positioner allows us to weld components with a length of up to 5000mm and a maximum rotatable diameter of 2000mm.
The pulsed MIG-MAG arc generator TPS500/I Pulse Fronius enables high-quality welds on any thickness with precise control over the set parameters for each bead.
As a complement to the system, a tactile sensor has also been installed. Where necessary, the robot can use this sensor to perform a ‘joint search’ before starting the welding bead, ensuring the perfect success of the welding process.
