Método de Soldadura de Máquina de Soldadura Laser ukaxa 1.1.

Soldadura de resistencia ukaxa 1.1.
It is used to weld thin metal parts, clamp the surface of the welded workpiece through the large current melting electrode between the two electrodes, that is, weld by the workpiece resistance heating. The workpiece is easy to deform, resistance welding is welded through both sides of the joint, and laser welding is only carried out from one side, the electrode used in resistance welding needs to be maintained frequently to remove oxides and metal adhered from the Trabajo, láser soldadura fina metal lap junt’uxa janiwa contactarkiti luraña chiqaru, ukatxa viga ukaxa mantarakispawa uka chiqaru ch’ama soldadura soldadurampi, ukatxa velocidad de soldadura ukaxa juk’ampi jaya..
Tig Welding ukax 1.1.
Uka electrodos no consumibles ukat gases de blindaje ukanakan apnaqawipax wali apnaqatawa jisk’a irnaqäw chiqanakar soldadoranak lurañataki, ukampis soldadura velocidad ukax juk’amp llamp’ukiwa, ukat calor entrada ukax juk’amp jach’awa, láser soldadura ukat sipanxa, ukax deformación uñstayañatakix jasakiwa.
Plasma arco soldadura ukaxa .
Argón argón ukar uñtasita, ukampis antorchapax mä arco comprimido ukaw arco temperatura ukat densidad energética ukanakar askinchañatakix utji, ukax juk’amp jaya ukat juk’amp manqhankiwa argón arco soldadurat sipansa, ukampis soldadura láser. inferior ukhamawa.
Soldadura de Viga de Electrones ukaxa 1.1.
It relies on a beam of accelerated high-energy density electrons to hit the workpiece, generating huge heat in a small dense accumulation on the surface of the workpiece, forming a "small hole" effect, thereby implementing deep penetration welding. The main disadvantage of electron beam welding is the need for a high vacuum environment to prevent electron scattering, the equipment is complex, the size and shape of the Soldadura ukaxa cámara de vacío ukampiwa limitata, calidad del asamblea de soldadura ukaxa wali ch’amawa, ukatxa soldadura de haz de haz de electrones no vacío ukaxa phuqhasirakispawa, ukampisa foco ukaxa janiwa sumakiti kunatixa dispersión electrónica ukatxa afectarakiwa efecto. haz de electrones ukaxa desplazamiento magnético ukhamaraki rayos X ukampi, kunatixa electrones ukaxa afectata, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectada ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa, ukaxa afectata ukhamawa. demagnetized before welding. X-rays are particularly strong at high pressures and need to protect the operator. Laser welding does not require vacuum chamber and demagnetization of the workpiece before welding, it can be carried out in the atmosphere and there is no X-ray protection problem, so it can be operated online in the production line and can also weld magnetic materials.