High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys

Product Description

Laser Cladding Machine High-speed Laser Cladding Machine for Hydraulic Support Laser Cladding Machine for Inner Wall Laser Cladding Machine for Repair
Fiber Laser Cladding Machine Brief Introduction
The alloy powder is added into the laser melting pool by the synchronous powder feeding method, with small dilution rate of the cladding layer. The interface is in metallurgical bonding state, and is characterized by small workpiece deformation and small machining allowance. The cladding layer is free of porosity and crack defects with the hardness optional in HRC20-60, and has excellent wear resistance and corrosion resistance, which is suitable for the cladding manufacturing or re-manufacturing of various complex shape parts. The efficiency of high-speed fiber laser cladding machine can reach 40 minutes/m².
After years of research and development of laser cladding technology, advanced systems have been developed to deeply understand the processing requirements of various industries, delivering cutting-edge solutions such as wide spot laser cladding, ultra-high speed laser cladding and inner hole laser cladding. It is suitable for the process requirements of different production lines of clients, effectively improving the product quality for clients and reducing the comprehensive operation cost.
Customer Benefits:
Compared with traditional repair methods such as machining and manual arc welding, laser cladding has the characteristics of high reliability, outstanding processing efficiency, diversified process and low production cost.
Application Area of Fiber Laser Cladding Machine
Laser cladding machine can be used with stable and reliable product quality after cladding or re-manufacturing, lower cost and good social effects in a wide range of industries:
⚡ Metallurgy ⚡ Electric Power ⚡ Petroleum ⚡ Chemical Industry ⚡ Shipbuilding & Naval Vessels ⚡ Locomotive ⚡ Coal Machine ⚡ Automotive
Technical Parameters for Fiber Laser Cladding Machine
Content Parameters
Laser 3KW-20KW, fiber, semiconductor, disc, etc.
Robot Holding weight 16-150kg, wingspan 1600-3700mm, KUKA, ABB, FANUC, YASKAWA, etc.
Laser Processing Head 0.8-50mm round, square spot, size can be customized, coaxial, paraxonic powder feeder
Powder Feeder Airborne, gravity conveying, powder feeding accuracy ≤±2%, powder feeding amount 10-150 g/min, single unit, double units
Cooling-water Machine Single temperature, dual temperature, cooling capacity according to laser selection
Optional Accessories Inner hole cladding head, temperature closed loop, on-line detection, distance detection, offline programming, molten pool monitoring, etc.
Power Supply 360-480V 3 Phase 50HZ/60HZ
Robot Laser Cladding Machine
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
Laser Cladding Machine with Single Work Station
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
Laser Cladding Machine with Double Work Station
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
Laser Cladding Machine with Cover
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys

Laser Cladding Machine with Cover

Laser cladding machine is a specialized industrial device used to enhance the surface properties of metal components. It utilizes laser technology to deposit a layer of material onto the substrate, improving characteristics such as wear resistance, corrosion resistance, and overall durability. The process involves melting the coating material and the substrate surface to form a strong metallurgical bond. It is with high precision, efficiency, and reliability. Laser cladding technology is a good choice for many industrial applications.

Laser Cladding Machine and Laser Welding Machine
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys

Laser Welding Machine and Laser Cladding Machine

It is a customized processing system according to customer's specific requirements.

Laser Cladding Head and Powder Feeder
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
Laser Cladding Samples of Fiber Laser Cladding Machine
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
High Speed High Precision Laser Cladding Machine for Power Industry Cobalt-Based Alloys St6 Alloys Iron-Based Alloys
Frequently Asked Questions (FAQ)
Q1: What are the key processing advantages of fiber laser cladding?
Fiber laser cladding offers a small dilution rate of the cladding layer with the interface in metallurgical bonding state. It minimizes workpiece deformation and machining allowance, resulting in high reliability and lower production cost.
Q2: What is the processing efficiency of the high-speed laser cladding machine?
The processing efficiency of the high-speed fiber laser cladding machine is exceptionally high, capable of reaching up to 40 minutes/m².
Q3: What material hardness and qualities are achievable?
The cladding layer is completely free of porosity and crack defects. The hardness is customizable based on application needs, within the range of HRC20-60, presenting excellent wear and corrosion resistance.
Q4: What optional accessories can be added to customize the system?
Optional configurations include an inner hole cladding head, a temperature closed loop system, on-line detection, distance detection, offline programming, and molten pool monitoring to meet various industrial needs.
Q5: Which industries commonly apply fiber laser cladding machines?
This technology is widely utilized in major fields such as metallurgy, electric power, petroleum, chemical processing, shipbuilding, locomotives, coal machinery, automotive industries, and more.
Q6: How does a laser cladding machine with a cover improve operations?
The enclosed cover system safely enhances surface properties (like durability and wear resistance) of metal components with optimal precision, efficiency, and reliability, forming strong metallurgical bonds seamlessly.

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