Laser Cladding Equipment Series
Laser Quenching Equipment Series
Laser Texturing Equipment Series
Laser Cleaning Equipment Series
Laser cladding/welding integrated equipment | Laser Cladding Equipment
Product Description: Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Application industry: Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Cladding Equipment
Applicable materials: Low carbon steel, medium carbon steel, high carbon steel, cast iron and other ferrous metals.
Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Advantages Introduction:
High integration system
better stability
more powerful function
Sample Display
Laser cladding for gate valve stem
Laser cladding for furnace bottom roller
Laser cladding for Cross shaft
Laser cladding with wide spot
Laser cladding for head axis
Laser cladding for hydraulic cylinder inner hole
Laser cladding for large molds
Laser repairing for Generator rotor journal
Laser cladding for warhead
Laser cladding for coal machine hydraulic cylinder
Laser quenching for Tube inner wall
Laser alloying for roll
Application industry
Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Quenching Equipment Series
Laser Texturing Equipment Series
Laser Cleaning Equipment Series
Laser cladding/welding integrated equipment | Laser Cladding Equipment
Product Description: Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Application industry: Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Cladding Equipment
Applicable materials: Low carbon steel, medium carbon steel, high carbon steel, cast iron and other ferrous metals.
Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Advantages Introduction:
High integration system
better stability
more powerful function
Sample Display
Laser cladding for gate valve stem
Laser cladding for furnace bottom roller
Laser cladding for Cross shaft
Laser cladding with wide spot
Laser cladding for head axis
Laser cladding for hydraulic cylinder inner hole
Laser cladding for large molds
Laser repairing for Generator rotor journal
Laser cladding for warhead
Laser cladding for coal machine hydraulic cylinder
Laser quenching for Tube inner wall
Laser alloying for roll
Application industry
Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Texturing Equipment Series
Laser Cleaning Equipment Series
Laser cladding/welding integrated equipment | Laser Cladding Equipment
Product Description: Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Application industry: Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Cladding Equipment
Applicable materials: Low carbon steel, medium carbon steel, high carbon steel, cast iron and other ferrous metals.
Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Advantages Introduction:
High integration system
better stability
more powerful function
Sample Display
Laser cladding for gate valve stem
Laser cladding for furnace bottom roller
Laser cladding for Cross shaft
Laser cladding with wide spot
Laser cladding for head axis
Laser cladding for hydraulic cylinder inner hole
Laser cladding for large molds
Laser repairing for Generator rotor journal
Laser cladding for warhead
Laser cladding for coal machine hydraulic cylinder
Laser quenching for Tube inner wall
Laser alloying for roll
Application industry
Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Cleaning Equipment Series
Laser cladding/welding integrated equipment | Laser Cladding Equipment
Product Description: Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Application industry: Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Cladding Equipment
Applicable materials: Low carbon steel, medium carbon steel, high carbon steel, cast iron and other ferrous metals.
Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Advantages Introduction:
High integration system
better stability
more powerful function
Sample Display
Laser cladding for gate valve stem
Laser cladding for furnace bottom roller
Laser cladding for Cross shaft
Laser cladding with wide spot
Laser cladding for head axis
Laser cladding for hydraulic cylinder inner hole
Laser cladding for large molds
Laser repairing for Generator rotor journal
Laser cladding for warhead
Laser cladding for coal machine hydraulic cylinder
Laser quenching for Tube inner wall
Laser alloying for roll
Application industry
Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser cladding/welding integrated equipment | Laser Cladding Equipment
Product Description: Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Application industry: Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Cladding Equipment
Applicable materials: Low carbon steel, medium carbon steel, high carbon steel, cast iron and other ferrous metals.
Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Advantages Introduction:
High integration system
better stability
more powerful function
Sample Display
Laser cladding for gate valve stem
Laser cladding for furnace bottom roller
Laser cladding for Cross shaft
Laser cladding with wide spot
Laser cladding for head axis
Laser cladding for hydraulic cylinder inner hole
Laser cladding for large molds
Laser repairing for Generator rotor journal
Laser cladding for warhead
Laser cladding for coal machine hydraulic cylinder
Laser quenching for Tube inner wall
Laser alloying for roll
Application industry
Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser cladding/welding integrated equipment | Laser Cladding Equipment
Product Description: Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Application industry: Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Cladding Equipment
Applicable materials: Low carbon steel, medium carbon steel, high carbon steel, cast iron and other ferrous metals.
Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Advantages Introduction:
Sample Display
Application industry
Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.
Laser Cladding Equipment
Applicable materials: Low carbon steel, medium carbon steel, high carbon steel, cast iron and other ferrous metals.
Adopted advanced laser, six-axis robot and control system, the flexible processing system composed of multiple additional axes can meet the surface of metal workpieces, such as laser quenching, laser alloying, laser cladding/re-manufacturing, laser additive manufacturing (laser 3D printing), laser Advanced manufacturing process requirements such as welding.
Advantages Introduction:
| High integration system | better stability | more powerful function |
Sample Display
Laser cladding for gate valve stem
Laser cladding for furnace bottom roller
Laser cladding for Cross shaft
Laser cladding with wide spot
Laser cladding for head axis
Laser cladding for hydraulic cylinder inner hole
Laser cladding for large molds
Laser repairing for Generator rotor journal
Laser cladding for warhead
Laser cladding for coal machine hydraulic cylinder
Laser quenching for Tube inner wall
Laser alloying for roll
Application industry
Metallurgy, mold, machinery manufacturing, petrochemical, light industry, energy, transportation, automobile, hardware tools, military and other industries.