The invention discloses a
laser cladding and self-adaptive milling integrated combined numerical-control
machine tool for repairing a blade. By the adoption of the
laser cladding and self-adaptive milling integrated combined numerical-control
machine tool for repairing the blade, the problems that margin
cutting residues are large and a repair layer is likely to be
cut due to reapeated clamping and the
machining precision is not stable and the efficiency is low due to manual copping are mainly solved. The
laser cladding and self-adaptive milling integrated combined numerical-control
machine tool for repairing the blade mainly comprises a double-T-shaped tool body, a first stand column mechanism, a second stand column mechanism, a numerical-control rotary
workbench, a tip, a milling spindle and a laser
powder cladding device. The milling spindle which can swing is arranged on a sliding plate of the first stand column mechanism. A milling tool or a coordinate measuring head can be installed on the milling spindle. A gas protective
nozzle is arranged on a sliding plate of the second stand column mechanism. The blade is clamped between the numerical-control rotary
workbench and the tip so as to be repaired. The laser cladding and self-adaptive milling integrated combined numerical-control
machine tool for repairing the blade is ingenious in structural design, flexible in technological combination, high in universality and high in repairing and removing precision, the rate of finished products is high, the production cost is greatly reduced, and the laser cladding and self-adaptive milling integrated combined numerical-control
machine tool has high practical value and promotional value.