High Speed Laser Welding Machine

• Customization: Available
• After-sales Service: Online
• Warranty: 2 Years
• Model NO.: 3000W
• Application: Biomedicine, Electronic Industry, Automotive Industry, Powder Metallurgy, Manufacturing Industry
• Technical Class: Continuous Wave Laser
• Control: Automatic
• Power Density: Heat Conduct Welding
• Laser Classification: Optical Fiber Laser
• Type: Optical Fiber Transmission Laser Welding Machine
• Laser Power: 1000W, 1500W, 2000W
• Laser Machine: Fiber Laser Welder
• Laser Source: Raycus/Max
• Cooling System: Water Cooling
• Applicable Industries: Metal Welding
• Welding Materials: Metal
• H.S Code: 8515809090
• Aiming and Positioning: CCD and Red Right
• Welding Machine: 1500W 1000W
• Working Voltage: 220V
• Heat Conduct Welding: Laser Power
• Indicating System: Red Light
• Laser Welder: 1000W, 1500W, 2000W
• Welding Gap Requirements: Cabinet/Portable
• Portable Laser Welder: 1000W 2000W
• Transport Package: Wooden Box
• Specification: 1500W
• Trademark: ALLWIN tech
• Origin: China
• HS Code: 8456909000
• Production Capacity: 1500
• Package Size: 92.00cm * 50.00cm * 75.00cm
• Package Gross Weight: 115.000kg

Product Description

What main parts does a high - power pulse laser welding machine include?

3000W 4000W 5000W High - power Pulse Fiber Laser Welding Machine for Metal Steel, Nickel Alloy, Copper

 

This high - power pulse fiber laser welding machine is mainly made up of a high - performance laser generator, a precise cooling system, an intelligent control system, a specialized welding head, and an optional wire feeding device.

 

Adopting the latest high - energy - density pulse fiber laser technology and equipped with a uniquely designed welding head developed by our R & D team, it breaks new ground in the high - power laser welding field.

 

It boasts remarkable advantages such as easy operation, a stable and consistent welding quality, an extremely high welding speed, and minimal maintenance requirements.

 

It is ideal for welding thick - gauge metal materials like steel plates, nickel - based alloys, and copper sheets. It can effectively replace traditional heavy - duty welding methods such as submerged arc welding and gas - shielded welding in many applications.

 

This high - power pulse laser welding machine is highly applicable in industries that demand heavy - duty welding, including large - scale steel structure manufacturing, shipbuilding, heavy - machinery production, aerospace component fabrication, and high - voltage electrical equipment manufacturing.

Product Description

★High energy density, low heat input, small amount of thermal deformation, and narrow melting depth in the heat and heat affected zone of the melting zone.
★The cooling rate is high, so that the weld structure can be fine and the joint performance is good.
★ Compared with contact welding, laser welding eliminates the need for electrodes, reducing daily maintenance costs and greatly improving work efficiency.
★The weld is fine, the penetration is large, the taper is small, the precision is high, the appearance is smooth, flat and beautiful.
★ No consumables, small size, flexible processing, low operating and maintenance costs
★The laser is transmitted through the optical fiber and can work with the assembly line or the robot.
★ The touch switch is equipped with a safety clip, and the laser beam can only be emitted when the welding nozzle touches the metal.
★ Red light positioning is used to verify the position during welding. 
LASER WELDING SOURCE 
IPG FIBER LASER WELDING SOURCE AND WATER CHILLER

Wobble laser head 

 

Laser welding nozzle 0.8 1.0 1.2 1.6  consumable 


Compared with Other Welding(What advantage for Fiber laser welding machine)

Comparison item	Traditional welding	Laser welding	laser new generation laser welding
Heat input to the workpiece	Very high	Low	Low
Deformation of the workpiece, undercut	Big	Small	Small
Bond strength with base material	Generally	Good	Very good
Subsequent processing	Polished	No sanding, or little sanding	No sanding, or little sanding
Welding speed	Generally	More than 2 times of argon arc welding	More than 2 times of argon arc welding
Applicable materials	Stainless steel. Carbon steel. Galvanized sheet	Stainless steel. Carbon steel. Galvanized sheet	Stainless steel. Carbon steel. Galvanized sheet
Consumables	Many consumables	Less consumables	Less consumables
Operation difficulty	Complex	Generally	Simple
Operator safety	Not safe	Safety	Safety
Environmental protection impact	Not environmentally friendly	Environmental Protection	Environmental Protection
Welding fault tolerance	Good	Not good	Good
Weaving welding	None	None	Have
Adjustable light spot width	None	None	Have
Welding quality comparison	Difference	Generally	Very good

Characteristic for portable handheld laser weding machine 2000W,1500W,1000W
Basic features: self-developed control system, set multiple safety alarms, smaller size, flexible operation and easy to use.
More stable: All parameters are visible, real-time monitoring of the status of the whole machine, to avoid problems in advance, more convenient to troubleshoot and solve problems, to ensure the stable operation of the welding head.
Process: All parameters are visible, the welding quality is more perfect, the deformation is small, and the penetration is high. Stable parameters and high repeatability: the determined nozzle air pressure and lens state, as long as the laser power is stable, the process parameters must be repeatable. Greatly improve efficiency, while also reducing operator requirements

2.2 Operating Environment and Parameters
Supply voltage (V)	220±10% V AC 50/60Hz
Place the environment	Flat, no vibration and shock
Working environment temperature (°C)	10 40
Working environment humidity (%)	<70
Cooling method	Water cooling
Applicable wavelength	1064nm (+10nm)
Applicable power	≤2000W
Collimation	D20*5/F60
Focus	D20*4.5/F150
Reflection	30*14 T2
Protective lens specifications	18*2
Maximum supported air pressure	10 bar
Focus vertical adjustment range	±10mm
Spot adjustment range	Line 0-5mm
Weight	SUP 15S 1. 25KG/SUP 20S 0.8KG

What materials can be welded and what tasks can a desktop laser welding machine accomplish?

Brass, Invar, Monel metal, Gold, Platinum, Zirconium.

 

Comparison of desktop laser welding and TIG welding:

1. Energy consumption comparison

In contrast to traditional TIG welding, a desktop laser welding machine cuts down approximately 70% - 80% of electrical energy consumption. This reduction in energy use also leads to a decrease in processing costs by around 25%.

2. Welding effect comparison

Desktop laser welding is capable of achieving high - precision welding for intricate and small - sized components. It can handle welding between different types of alloys with ease. The welding process is rapid, resulting in minimal deformation of the workpiece. The heat - affected zone is narrow, ensuring the integrity of the surrounding material. The weld seam is neat, with a smooth surface finish, and has extremely low porosity, almost free from contaminants.

3. Comparison of follow - up processes

During desktop laser welding, the low heat input ensures that the workpiece deforms very little. In most cases, a visually appealing welding surface can be obtained with little to no additional treatment (this depends on the specific requirements for the welding surface finish). This significantly reduces the labor costs associated with extensive grinding and leveling processes that are often required in traditional TIG welding.