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High-Quality Gantry Laser Cladding Machine for Medium & Small Components Factory, Factories
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High-Quality Gantry Laser Cladding Machine for Medium & Small Components Factory, Factories
Gantry laser cladding machine designed for medium and small metal components. Ideal for repair and surface enhancement, delivering high precision, low dilution, and strong metallurgical bonding. Improve durability, reduce costs, and extend service life.
1. High Energy Density & Minimal Heat Affected Zone
Advanced laser technology enables rapid localized heating and cooling, significantly reducing thermal deformation and maintaining component precision.
2. Strong Metallurgical Bonding
The cladding layer forms a true metallurgical bond with the base material, offering superior adhesion compared to traditional coating methods.
3. Low Dilution Rate (<5%)
Precise laser parameter control ensures stable coating composition and consistent performance.
4. Optimized Microstructure
Ultra-fast cooling rates (up to 10⁶ K/s) create refined grain structures, improving wear resistance and durability.
5. Wide Material Compatibility
Supports various metal powders, including:
• Nickel-based alloys
• Cobalt-based alloys
• Iron-based alloys
6. High Automation Level
Equipped with CNC + PLC dual control system for fully automated processing, reducing labor costs and improving productivity.
7. Cost-Effective Repair Solution
Selective cladding minimizes material waste and reduces overall repair costs compared to part replacement.
8. Excellent for Complex Geometries
The gantry structure combined with multi-axis control enables processing of hard-to-reach areas and intricate components.
Parameter
Specification
Laser Power
6000W Fiber Laser
Control System
CNC + PLC
Powder Feeding
Dual Hopper Automatic System
Motion Axes
X / Y / Z / C (4-axis)
X-axis Travel
2000 mm
Y-axis Travel
800 mm
Z-axis Travel
500 mm
Machine Size
2.5m × 1.4m × 2m
Workpiece Type
Medium & Small Metal Parts
This system is optimized for medium and small component repair and enhancement, including:
■ Pump shafts and plungers repair
■ Mold surface strengthening
■ Shaft component restoration
■ Gears and transmission parts
■ Agricultural and general machinery components
Compared with conventional processes:
Traditional Method
Laser Cladding Advantage
Electroplating
Eco-friendly, pollution-free
Thermal Spraying
Higher bonding strength
Welding Overlay
Lower deformation, higher precision
Part Replacement
Cost reduced by 30–70%
We offer flexible configurations to meet your production needs:
→ Laser power options: 3kW – 12kW
→ Multi-axis upgrade: 5-axis / 6-axis systems
→ Automated loading & unloading systems
→ Robotic integration solutions
→ Industry-specific process packages
→ Fully customized machine design
Get a Quote NowRequest Free Sample TestingGet Your Custom Solution
The Gantry Laser Cladding Machine is a high-performance industrial solution specifically engineered for medium and small-sized components with complex geometries. It is widely used in surface strengthening, dimensional restoration, and remanufacturing applications across industries.
Built with a stable gantry bridge structure and powered by a high-power fiber laser system, this equipment delivers precise material deposition by melting metal powder or wire to form a strong metallurgical bond with the substrate.
Integrated with a multi-axis motion system, intelligent CNC control, and automatic powder feeding, it ensures consistent quality, high efficiency, and fully automated operation—making it an ideal solution for industries such as oil & gas, mining, metallurgy, power generation, and heavy machinery.
Frequently Asked Questions
Q: What is the benefit of a low dilution rate in laser cladding?
A: A dilution rate below 5% ensures that the cladding material maintains its original properties (such as corrosion or wear resistance) without being overly mixed with the substrate metal.
Q: Which materials can be processed with this gantry system?
A: The system is highly versatile and supports nickel-based alloys, cobalt-based alloys, and iron-based alloys, catering to a wide range of industrial requirements.
Q: How does laser cladding compare to thermal spraying?
A: Unlike thermal spraying which relies on a mechanical bond, laser cladding creates a true metallurgical bond, providing significantly higher adhesion and durability.
Q: Can the machine handle complex component shapes?
A: Yes, the gantry structure combined with a multi-axis motion system (up to 6 axes) allows for precise processing of hard-to-reach areas and intricate geometries.
Q: What kind of cost savings can be expected?
A: Compared to complete part replacement, repairing components with laser cladding typically reduces costs by 30% to 70% while extending the part's service life.
Q: Is the system suitable for automated production?
A: Absolutely. It features a CNC + PLC dual control system and can be integrated with automated loading/unloading and robotic solutions for full production automation.
