The invention relates to supersonic vibration-assisted
laser cladding composite
processing equipment. Supersonic vibration is synchronously exerted on a matrix sample in a
laser cladding process; the crack sensitivity of a
laser cladding layer is reduced; and the tissue is refined. The laser cladding composite
processing equipment is characterized in that 1 the composite
processing equipment comprises a test block (1), an amplitude-change pole (2), a
flange (3), a
transducer (4), a cooling fan (5), an upright post bracket (6), a cable wire (7) and an
ultrasonic generator (8); 2 a base plate is a flat test block; preheating is not required before treatment; and
slow cooling is not required
after treatment; 3 the variety of cladding
powder is not limited; 4 the test block (1) is connected with the amplitude-change pole (2) through bolts; 5 the cooling fan (5) is used for discharging heat generated when the device works; and 6 the
ultrasonic generator (8) is connected with the
transducer (4) through the cable wire (7); and
ultrasonic vibration is transmitted to the test block (1) through the amplitude-change pole (2). The supersonic vibration-assisted laser cladding composite processing equipment is high in processing efficiency, simple to operate, and free of
pollution to environment, and a cladding layer which is free of a crack in surface and fine in internal texture is obtained.