Description

1700W 4-in-1 Laser Cleaning and Welding Machine with Wire Feeder

The laser rust removal machine is an advanced industrial device utilizing laser technology for surface cleaning of steel and metals. It effectively removes rust and other contaminants without the need for chemical agents or manual abrasion. The machine operates by emitting a high-energy laser beam onto the target surface, causing rust and debris to disintegrate and be blown away.

The 4-in-1 laser machine integrates a wire feeder system, enabling rust removal, weld seam cleaning, welding, and cutting functionalities. It offers rapid operation, high efficiency, and superior results with extended continuous use. The low consumable requirements and long lifespan minimize operational costs. The standardized wire feeder unit reduces component gaps and enhances weld quality. Furthermore, it is designed for robotic integration, allowing for easy mounting on robotic arms.

• Cleaning: Removes rust and cleans all surfaces.
• Welding: Performs various welding tasks, including continuous and spot welding.
• Welding Seam Cleaning: Cleans rust from weld seams and all surfaces.
• Cutting: Cuts steel up to 4mm thickness.

Machine Components

• Machine dimensions: 710x420x1025 mm
• Wire feeder cabinet
• Chiller for cooling system
• Touchscreen display
• Control buttons
• Air inlet for lens cooling system
• Cooling fan
• Connections for welding equipment and wire feeder
• Laser welding gun

Laser Welding Gun Components

• Nozzle
• Safety switch
• Air hose
• Water hose
• Gas hose

Nozzle Head Types

• A Copper Beak
• B Copper Beak
• C Copper Beak
• AS-12 Copper Beak, Wire feed 0.8/1.0/1.2 mm
• BS-16 Copper Beak, Wire feed 1.6 mm
• CS-12 Copper Beak, Wire feed 0.8/1.0/1.2 mm
• DS-12 Copper Beak, Wire feed 0.8/1.0/1.2 mm
• ES-12 Copper Beak, Wire feed 0.8/1.0/1.2 mm
• FS-16 Copper Beak, Wire feed 1.6 mm

Product Specifications

—> Fiber Laser 4 in 1 – 1,000W <—

• Power: 1,000W
• Laser wavelength: 1080±10 nm
• Model of operation: Connect/Disable
• Power range: 10-100%
• Fiber diameter: 25-50
• Sighting position: glow
• Fiber length: 10 m
• Welding speed: 0-120 mm/s
• Applicable material thickness: <3.5 mm (Depending on material)
• Wire feeder: Standard wire feeding speed 38-600 mm/min
• Feed wire diameter: 0.8/1.0/1.2/1.6/2.0 mm
• Cooling mode: Chiller water cooling
• Working environment: 10-40°C, humidity 10-85%, non-condensing
• Rate output: 3.5 kW
• Operating voltage: 220±20 V, AC, PE, 50-60 Hz
• Size: 710x420x1025 mm
• Weight: 180 kg

—> Fiber Laser 4 in 1 – 1,500W <—

• Power: 1,500W
• Laser wavelength: 1080±10 nm
• Model of operation: Connect/Disable
• Power range: 10-100%
• Fiber diameter: 25-50
• Sighting position: glow
• Fiber length: 10 m
• Welding speed: 0-120 mm/s
• Applicable material thickness: <3.5 mm (Depending on material)
• Wire feeder: Standard wire feeding speed 38-600 mm/min
• Feed wire diameter: 0.8/1.0/1.2/1.6/2.0 mm
• Cooling mode: Chiller water cooling
• Working environment: 10-40°C, humidity 10-85%, non-condensing
• Rate output: 4.5 kW
• Operating voltage: 220±20 V, AC, PE, 50-60 Hz
• Size: 710x420x1025 mm
• Weight: 180 kg

—> Fiber Laser 4 in 1 – 2,000W <—

• Power: 2,000W
• Laser wavelength: 1080±10 nm
• Model of operation: Connect/Disable
• Power range: 10-100%
• Fiber diameter: 25-50
• Sighting position: glow
• Fiber length: 10 m
• Welding speed: 0-120 mm/s
• Applicable material thickness: <3.5 mm (Depending on material)
• Wire feeder: Standard wire feeding speed 38-600 mm/min
• Feed wire diameter: 0.8/1.0/1.2/1.6/2.0 mm
• Cooling mode: Chiller water cooling
• Working environment: 10-40°C, humidity 10-85%, non-condensing
• Rate output: 6 kW
• Operating voltage: 220±20 V, AC, PE, 50-60 Hz
• Size: 1060x505x1120 mm
• Weight: 250 kg

—> Fiber Laser 4 in 1 – 3,000W <—

• Power: 3,000W
• Laser wavelength: 1080±10 nm
• Model of operation: Connect/Disable
• Power range: 10-100%
• Fiber diameter: 25-50
• Sighting position: glow
• Fiber length: 10 m
• Welding speed: 0-120 mm/s
• Applicable material thickness: <3.5 mm (Depending on material)
• Wire feeder: Standard wire feeding speed 38-600 mm/min
• Feed wire diameter: 0.8/1.0/1.2/1.6/2.0 mm
• Cooling mode: Chiller water cooling
• Working environment: 10-40°C, humidity 10-85%, non-condensing
• Rate output: 8 kW
• Operating voltage: 220±20 V, AC, PE, 50-60 Hz
• Size: 1060x505x1120 mm
• Weight: 250 kg

The laser system rapidly and efficiently removes rust. It is an accurate, safe, and user-friendly technology, ideal for degreasing various material surfaces. The precision of laser technology allows for targeted rust removal, while its non-polluting and safe operation ensures environmental and user safety. The intuitive interface and adjustable power and resolution settings provide ease of use and control.

• Precision: Laser enables targeted rust removal.
• Safety: Laser operation is noise-free and environmentally safe.
• Ease of Use: Intuitive controls and adjustable settings for power and resolution.

The laser rust removal system employs laser beam technology to effectively eliminate rust and other contaminants from metallic surfaces. The process involves directing a high-energy laser beam onto the rusted area, causing the oxide layers to heat up, break down, and then be removed from the surface.

Can laser welding machines overcome traditional welding machines?

🗒️ Answer

Laser welding machines offer several advantages over traditional welding methods, making them preferred in certain applications:

1. Speed and Precision: Laser welding provides faster processing speeds and higher precision.
2. Reduced Distortion: Laser welding minimizes the risk of thermal distortion, leading to better-quality welds.
3. Cost Efficiency: Laser welding can lead to reduced post-processing costs due to its precise nature.
4. Versatility: Laser welding allows for access to new domains of application and can handle a variety of materials and joint configurations.

However, traditional welding methods still have their place, particularly in heavy-duty applications or where accessibility to laser technology may be limited.