Aluminum alloy laser welding machine - vacuum environment or inert gas environment
Aluminum alloy laser welding machine - vacuum environment or inert gas environment
Aluminum alloy laser welding machine - vacuum environment or inert gas environment
Aluminum alloy laser welding machine - vacuum environment or inert gas environment
Aluminum alloy laser welding machine - vacuum environment or inert gas environment
Aluminum alloy laser welding machine - vacuum environment or inert gas environment

Aluminum alloy laser welding machine - vacuum environment or inert gas environment

$10,000.00 - 100,000.00/Set
Lead time
Quantity (Set) 1
Lead time (day)30
Customization

Logo (Min. order 1 Set)

Packaging (Min. order 1 Set)

Graphic (Min. order 1 Set)

Module Number
JM-IIV-Alu
Place of Origin
Wuhan, Hubei, China
Shipping
Ocean Freight, Air Freight

Product Description

Overview

Brand
Jinmi
Laser
fiber
Transmission Systems
fiber optic coupling
Power
on-demand customization
Welding method
spot, seal and butt welding
Cooling System
water-cooled unit
Indication
red light source
Pulse Width
0.1-20ms continuously adjustable
Beam Divergence Angle
≤10mrad
Input Power
three-phase 380V±10%
Waveform Setting
32 segments
Photogate
millisecond
Minimum Pulse Width
0.1ms
Outlet Method
pontiac shaft
Welding Seam Deviation
Automatic

Product Details

Aluminum alloy laser welding machine is a new type of welding equipment that uses high-power laser beams to weld aluminum alloy materials. It has the advantages of high welding speed, high welding quality, no welding deformation, no welding residual stress, and no welding fumes. It is widely used in the welding of aluminum alloy components in the automotive, aerospace, shipbuilding, and other industries.

The key features that make aluminum alloy laser welding machine more effective than traditional welding methods are:

High welding speed: The high-power laser beam can be focused into a small spot, which results in a high energy density. This allows the welding to be completed quickly, reducing the risk of distortion and defects.

High welding quality: The laser beam can be precisely controlled, which results in a high quality weld. The weld is also very smooth and has a consistent appearance.

No welding deformation: The laser beam does not create any heat-affected zone, which means that there is no distortion or deformation of the workpiece. This is especially important for welding thin or delicate materials.

No welding residual stress: The laser beam does not create any residual stress in the weld, which reduces the risk of cracking or other defects. This is also important for welding thin or delicate materials.

No welding fumes: The laser beam does not create any fumes, which is a major advantage over traditional welding methods. This is especially important for welding in enclosed spaces or where there is a risk of fire.

The automotive, aerospace, shipbuilding, and other industries would benefit from using aluminum alloy laser welding machine. These industries often use aluminum alloy components, and the advantages of laser welding make it a good choice for these applications.

Trading Area

Global

Quotation

Name
Company
Phone
Email Address
Requirements
Quotation
Hubei, China
Chat
Manufacturer
Messages