Industrial Robot Laser Cladding Machine for crank shafts Surface repairing

Product Description:

The laser cladding and quenching system is a large-scale laser remanufacturing unit independently developed by our company. Designed as an alternative to traditional electroplating technology, it features high efficiency, low cost, and eco-friendliness. It produces reinforced layers with extremely low dilution rates and bonding strengths far superior to those achieved via electroplating. Key applications include coal mining, machinery manufacturing, and the printing industry. The equipment boasts an aesthetically pleasing design and a rational layout. By integrating components such as the laser source, water chiller, laser head, robot, robotic linear track, rotary positioner, voltage stabilizer, powder feeder, and electrical control system—tailored to specific customer requirements—the system enables cladding and quenching operations on shaft surfaces, curved surfaces, and complex-shaped parts. It features a high-load-capacity, open-style working platform.

The inner-wall laser cladding machine is specialized equipment designed for laser additive manufacturing and remanufacturing on the internal surfaces of rotational components such as pipes, cylinder barrels, and sleeves. Utilizing a specialized internal-bore laser cladding head...

Laser cladding enables the dimensional restoration or surface strengthening of workpieces, enhancing corrosion or wear resistance. This process meets specific surface performance requirements while conserving significant amounts of precious elements. Laser cladding technology is widely applied across sectors including aerospace, defense, petroleum, chemicals, and medical devices; it also facilitates the remanufacturing of worn or discarded parts, resulting in substantial savings of national resources and corporate production costs.

Features:

• High-precision Laser Cladding Application System for superior coating quality
• Advanced Laser Cladding Apparatus with stable and consistent laser output
• Integrated Laser Cladding Unit for efficient and automated surface treatment
• Supports a wide range of materials and coatings for versatile applications
• User-friendly interface for easy operation and process control
• Robust design ensuring durability and long-term performance
• Real-time monitoring and feedback system for process optimization
• Compact footprint suitable for various industrial environments
• Energy-efficient laser technology reducing operational costs
• Customizable parameters to meet specific laser cladding requirements

Technical Parameters:

Applications:

It primarily targets surface repair or surface strengthening for new components—
such as hydraulic props, pistons, cylinders, feed rollers, printing cylinders, cooling rollers,
and drive shafts—as well as the repair of extra-large parts like automotive molds, crankshafts,
motor rotors, oil drill pipes, and end caps, thereby extending service life and replacement intervals.

1. Batch repair and strengthening of shaft and roller components
Typical components: Hydraulic cylinders, conveyor rollers, rolling mill rolls, piston rods, drive shafts, printing rollers, etc.

2. Wear-resistant strengthening for mining and construction machinery
Typical components: Cutting picks, centralizers, oil drilling tools, coal mine supports, engineering cylinders, large shafts, gears, etc.

3. Precision repair of aerospace and high-value components
Typical components: Aero-engine blades, gas turbine parts, molds, impellers, turbine disks, turbine blades, shaft journals, engine components, etc.

4. Remanufacturing for industries such as iron & steel metallurgy, power generation, and shipbuilding
Typical applications: Repair of conveyor rollers in steel plants, anti-corrosion strengthening of boiler piping in power plants, corrosion-resistant repair of marine components, etc.

5. Mold industry: Surface strengthening and precision repair
Typical components: Automotive body panel molds, injection molds, die-casting molds, forging molds, etc.

6. Automotive parts industry: Batch strengthening and repair
Typical components: Gears, crankshafts, cylinder liners, exhaust valve seats, piston rings, commutators, etc.

7. Iron & steel metallurgy and heavy machinery: Repair of large-scale components
Typical components: Large gears and gear rings, rolling mill rolls, conveyor rollers, shaft components, etc.

8. Petrochemical and mining machinery: Wear and corrosion-resistant strengthening
Typical components: Water injection pump liners, oil drilling tools, mining machinery components, etc.

Samples:

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