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Home > Laser Cladding Machine > Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
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Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys
Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys

Laser Cladding Machine for Petroleum Chemical Plunger Ni60 Piston Cylinder Bore Cemented Carbide Internally Pore Cobalt-Based Alloys

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Product Description

Basic Information

Application: Biomedicine, Electronic Industry, Automotive, Powder Metallurgy
Laser Type: Continuous Wave Fiber Laser
Control: Fully Automatic
Laser Power: 3kw-20kw
Robot: Kuka, ABB, Fanuc, Yaskawa
Cooling: Water Chiller (Tongfei/Hanli)
Origin: China
Trademark: Raylas

Product Description

The alloy powder is added into the laser melting pool by the synchronous powder feeding method, with a small dilution rate. The interface exhibits a metallurgical bonding state, characterized by minimal workpiece deformation and small machining allowance. The cladding layer is free of porosity and crack defects, with optional hardness (HRC20-60), providing excellent wear and corrosion resistance.

Customer Benefits

Compared with traditional repair methods like manual arc welding, our laser cladding provides higher reliability, outstanding processing efficiency, and lower production costs.

FeatureParameters
Laser3KW-20KW Fiber/Semiconductor
Robot16-150kg Payload, KUKA/ABB/FANUC/YASKAWA
Processing HeadCoaxial/Paraxonic, Customizable spot size
Powder FeederAccuracy ≤±2%, 10-150 g/min
Power Supply380V 3 Phase 50Hz/60Hz

Equipment Gallery

Robot Laser Cladding Machine
Robot Laser Cladding Machine
Robot Laser Cladding Machine
Single Work Station
Single Work Station
Single Work Station
Sample 1
Sample 2

Frequently Asked Questions

What industries use this laser cladding machine?
Our machines are widely used in metallurgy, electric power, petroleum, chemical, ship, naval, locomotive, and automotive industries for repair and manufacturing.
Is the laser power adjustable?
Yes, we provide laser power options ranging from 3KW to 20KW, which can be customized based on your specific material and workpiece requirements.
What types of cladding materials are compatible?
The system supports various powder materials including Iron-based, Nickel-based, and Cobalt-based alloys for diverse surface property enhancements.
How accurate is the powder feeding system?
Our powder feeder is highly precise, with a powder feeding accuracy of ≤±2% and an adjustable feed rate of 10-150 g/min.
Does this machine support robotic automation?
Yes, our systems are fully compatible with industry-leading robots like KUKA, ABB, FANUC, and Yaskawa, ensuring high-precision, automated processing.
What is the hardness range of the finished cladding layer?
The hardness of the cladding layer can be customized to your requirements, typically ranging between HRC20-60 depending on the material used.

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