A rilru a buai em em a, a 0 rilru a hah em em bawk a, a rilru a buai em em bawk a. Hmun
· Laser beam welding-a energy spot an tih dik tak nena hnathawh dan dik tak. Laser welding-a energy density hi a concentrate hle a, welding heating leh cooling speed pawh a rang hle bawk.
· TIG leh Palsma te nen khaikhin chuan tungsten needle a awm lo va, tungsten needle hal harsatna pawh a awm lo.
· Titanium leh quartz ang chi refractory materials te weld thei a, result tha tak tak nen dissimilar materials a join thei bawk.
· Cavity free welds a awm bawk.
· Small heat affected zone, welding stress leh deformation a tlem. low heat application, chutiang chuan microstructure-a inthlak danglamna tlemte a awm thei. Heat input chu weld metal fuse tur chuan in a minimum hnaih ber a ni a, chuvangin heat-a nghawng zone te chu a tlem a, workpiece distortion te chu a tlem thei ang bera tih tlem a ni.
· Tube sei tak tak a siam thei.
· Welding speed a rang zawk a, welding efficiency pawh a sang zawk.
· Laser welding hi non-contact process a nih avangin distortion te chu a tlem thei ang bera tih theih a nih bakah tool wear te pawh tihbo a ni bawk.
· Welding awlsam taka welding hmanga welding hmanga welding tih theih loh.
· Material chi hrang hrang combination hrang hrang telin awlsam takin weld theih a ni.
· Vacuum emaw X-ray shielding emaw a ngai lo. Flux emaw filler metal emaw a ngai lo. Electrode a ngai lo.
· Aspect ratio tih hian laser welding-ah chuan depth-to-width ratio 10:1 emaw 5:1 emaw chu a thleng thei a ni.