| Coaxial powder feeding | YLS-400 fiber laser | Sub: K418 alloy Pow: Inconel 718 | P: 1.2 kW V: 300 mm/min R: 25 g/min | W: 1.414 mm H: 1.537 mm η: 10.09% | Laves phase, γ" phase and MC type carbide were precipitated at the bottom of the cladding layer. | Hot-corrosion resistant; Thermal shock resistant | Repair of turbine blades of aeroengines |
YLS-3000 fiber laser | Sub: K465 alloy Pow: nickel-based alloy | P: 2.4 kW V: 360 mm/min R: 12 g/min | W: 2.86 mm H: 0.72 mm η: 0.27 mm | γ phase, γ' phase, granular carbide and chain carbide in the cladding layer. | Hot-corrosion resistant |
| IPG-YLS-2000-TR fiber laser | Sub: IN718 alloy Pow: 30%WC + Inconel 718 | P: 1.5 kW V: 450 mm/min R: 12 g/min | η: 18.51% | (Fe, Ni) solid solution phase, Fe3Ni2 phase, (Fe, Cr, Ni)C phase, Ni17W3 phase, WC ceramic particle phase, W2C phase, Fe4W2C phase and Cr4Ni15W phase in the cladding layer. | High hardness; Wear resistant; Heat resistant | Surface strengthening of turbine disc, combustion chamber and other components of aeroengine |
| CO2 laser machine | Sub: K438 alloy Pow: CoNiCrAlY+ 25%Al2O3 | P: 2.5 kW V: 240 mm/min R: 0.5 g/min | - | There are α-Co phase, α-Al2O3 phase, NiO phase, Cr2O3 phase, γ-(Ni, Cr) phase, γ'-Ni3Al phase and (Co, Ni)(Al, Cr)2O4 phase in the cladding layer. | High temperature oxidation resistant |
FL-Dlight3-2000 semiconductor laser unit | Sub: 304 steel Pow: Ni60AA | P: 2.5 kW V: 240 mm/min R: 18 g/min | W: 14.85 mm H: 1.68 mm η: 13.49% | γ-(Ni, Fe) solid solution phase, FeNi3 ductile phase and Cr23C6 carbide in the cladding layer. | High hardness; Wear resistant; Corrosion resistant | Surface strengthening and repair of automotive engine valve components |
IPG fiber laser | Sub: 2Cr25Ni20 steel Pow: Inconel 718 | P: 1.4 kW V: 600 mm/min R: 1.8 r/min | - | Precipitated phase of cladding layer is Laves phase and a small amount of carbide. | High hardness; Wear resistant; | Surface strengthening of feed inlet rotating shaft in steel mill |
LDF400-2000 Fiber coupled semiconductor laser | Sub: Inconel718 alloy Pow：Inconel 939 | P: 0.9 kW V: 240 mm/min R: 14 g/min | η: 24.2 % | Physical phases in the cladding layer include γ phase matrix, MC type carbide and a small amount of γ' phase. | High hardness; Corrosion resistant | Repair of gas turbine blades |
| Coaxial powder feeding | LDF4000-100 semiconductor laser unit | Sub: 304 steel Pow: NiCoCrAlY | P: 1.5 kW V: 600 mm/min R: 4.5 g/min | W: 3.6 mm H: 0.4 mm η: 57.4% | Phases in the cladding layer include γ/γ' phase, β phase and β-NiAl phase. | Wear resistant; High temperature oxidation resistant | Coating thermal protection of steam turbine hot components |
LDF4000-100 semiconductor laser unit | Sub: 316 steel Pow: FeCrAlSi | P: 1.6 kW V: 420 mm/min R: 5.4 g/min | W: 3.494 mm H: 0.588 mm η: 40.4% | Cladding layer consists of Fe-Cr solid solution phase and AlFe intermetallic compound. | High hardness; Wear resistant; Hot-corrosion resistant; | Surface modification of boiler pipe in power plant |
| Powder presetting | GS-TFL-6000 CO2 laser machine | Sub: TC6 alloy Pow: Ti-Al-20Cr | P: 4.1 kW V: 350 mm/min | η: <8% | Cladding layer is mainly composed of matrix structure and a large amount of silver-white material without obvious segregation phenomenon. | High temperature oxidation resistant | Repair of aero-engine compressor disc and blade |
LDF-4000-100 semiconductor laser unit | Sub: TC4 alloy Pow: CoCrFeNi2V0.5Ti0.5 | P: 0.8 kW V: 300 mm/min | - | Physical phases in the cladding layer include BCC phase, (Ni, Co)Ti2 phase and α-Ti enriched phase. | High hardness; Wear resistant; | Surface modification of hot end components in aero-engines and automotive engines |
Sub: TC4 alloy Pow: CoCrFeNi2Mo0.5 | P: 1 kW V: 300 mm/min | | Phases in the cladding layer include BCC phase, (Ni, Co)Ti2 phase, α-Ti phase and FeCrMo type σ phase. |
Lasertel 8 kW semiconductor laser unit | Sub: TC4 alloy Pow: TC4+10%hBN | P: 4 kW V: 900 mm/min | - | Cladding layer consists of TiB phase and TiN phase distributed in α-Ti matrix |
Sub: TC4 alloy Pow: TC4+10%Ni/B4C | P: 4 kW V: 480 mm/min | | Cladding layer is composed of NiTi2 phase, dendritic phase, TiB phase, TiC phase, TiB2 and incomplete decomposed B4C embedded in α-Ti matrix. |
GS-TEL-6000A Multi-mode cross-flow CO2 laser | Sub: TC4 alloy Pow: AlMoNbTiV | P: 3.7 kW V: 600 mm/min | - | Cladding layer is mainly composed of BCC phase and a small amount of TiAl intermetallic compounds. | High temperature oxidation resistant |
LWS-1000 Nd: YAG laser | Sub: 304 steel Pow: FeCoCuAlNiNb0.5 | P: 0.2 kW V: 420 mm/min | η: 15% | Phase in cladding layer includes BCC phase, FCC phase and Laves phase. | Wear resistant; Corrosion resistant | Surface strengthening and repair of automotive engine valve components |