Repair CNC milling and additive manufacturing machine HSTM-LC

5-axisverticalfor turbine blades

The HSTM-LC is an offer of a ful­ly auto­mat­ed machin­ing cen­ter to man­u­fac­tur­ers of tur­bine and com­pres­sor blades that fea­tures com­pre­hen­sive mea­sur­ing tech­nol­o­gy and a laser cladding unit to pro­vide them with deci­sive tech­no­log­i­cal advan­tages when machin­ing com­po­nents made of high-tem­per­a­ture nick­el-based alloys or titanium. The HSTM exceeds the high­est require­ments of mod­ern blade machin­ing in terms of achiev­able accu­ra­cies and sur­face qual­i­ties. Laser cladding 3D laser cladding is essen­tial­ly a 3D print­ing tech­nique based on weld­ing, in which met­al is melt­ed with a laser and clad onto a part. This is pos­si­ble with vir­tu­al­ly all con­ven­tion­al weld met­als. In addi­tion, the con­cen­trat­ed heat input and low mate­r­i­al impact allow dif­fi­cult-to-weld mate­ri­als to be deposited. Appli­ca­tion in a turning/milling machine cre­ates a new price advan­tage for these sys­tems and also has the advan­tage that the applied met­al can be sur­face fin­ished by milling/polishing in a sin­gle clamping. Advantages of buildup welding In addition to reconditioning worn or damaged areas of a component, laser cladding can combine different materials to improve component properties. Laser cladding, for example, permits the effective combination of different materials. This allows a part made of a substrate material with good structural properties (selected for its strength, toughness and resistance) to be surface coated with a harder and more inert material to increase its wear and corrosion resistance. #Hybridmaschine #DED #Laser Cladding #LMD #DMD #Blade Repair