Laser Welding in Sheet Metal

Name: Laser Welding in Sheet Metal
Brand: SWASTIK INDUSTRIEAL FABRICATORS
Price: 650 INR
Availability: InStock

Price 650 INR/ Foot

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MOQ : 1 Foot

Laser Welding in Sheet Metal Specification

Cooling
Water Cooled

Penetration Depth
Up to 8 mm (depending on material and power)

Joint Types
Butt, Lap, Corner, T-joint, Edge

Operating Temperature
5°C to 40°C

Material
Sheet Metal

Laser Type
Fiber Laser / CO2 Laser / Nd:YAG

Usage
Industrial Fabrication, Automotive, Aerospace, Electronics

Automation Grade
Automatic / Semi-Automatic

Repeatability
±0.01 mm

Application
Welding, Joining Metal Components

Power Supply
220V/380V, 50/60 Hz

Heat Affected Zone
Minimal

Product Name
Laser Welding in Sheet Metal

Technique
Laser Welding

Precision
High

Protection Gas
Argon / Nitrogen / Helium

Thickness
1 mm to 10 mm

Environment
Dust-Free, Clean Room Compatible

Surface Finishing
Smooth

Control System
CNC / PLC Controlled

Power Range
Up to 10 kW

Welding Speed
Up to 10 m/min

About Laser Welding in Sheet Metal

we are Industrial Fabricators, we have many more Machinery i.e laser cutting machine, laser welding machine, CNC bending machine and shearing machine etc. so please contact us for fabrication work.

High-Precision Laser Welding for Sheet Metal

Our laser welding solution combines cutting-edge technologies like Fiber Laser, CO2 Laser, and Nd:YAG to deliver precise and robust welds across various joint types. With a repeatability of 0.01 mm and minimal heat-affected zones, it ensures smooth surface finishing, high strength, and structural integrity for sheet metal fabrication.

Versatile and Efficient for Industrial Needs

Designed for a range of industries including automotive, aerospace, electronics, and more, this system adapts to both automatic and semi-automatic operations. Its high welding speed (up to 10 m/min) and deep penetration (up to 8 mm) make it ideal for dealer, manufacturer, fabricator, and service provider requirements.

FAQ's of Laser Welding in Sheet Metal:

Q: How is laser welding performed on sheet metal using different laser types?

A: Laser welding for sheet metal employs Fiber Laser, CO2 Laser, or Nd:YAG sources tailored to the application needs. These lasers focus high-energy beams on joint areas, melting and fusing metal surfaces with exceptional precision and minimal thermal distortion. Choice of laser depends on material and desired depth.

Q: What joint types can be welded with this laser welding system?

A: The system supports various joint configurations: butt, lap, corner, T-joint, and edge joints. This flexibility allows for complex assembly requirements in automotive, aerospace, and electronics fabrication, covering thicknesses between 1 mm and 10 mm.

Q: When should laser welding be chosen for joining sheet metal components?

A: Laser welding is ideal when high speed, minimal heat affectation, superior joint strength, and exceptional repeatability are required-especially in industries like automotive, electronics, and aerospace where precision and durability are critical.

Q: Where is laser welding in sheet metal typically utilized?

A: This technology is commonly used in industrial fabrication environments, automotive body assembly, aerospace parts manufacturing, and electronic device production-anywhere high-quality, precision metal joining is needed.

Q: What is the process for ensuring clean and reliable welds?

A: The welding process involves preparing sheet metal in a dust-free, clean room-compatible setting, selecting suitable protection gas (Argon, Nitrogen, or Helium), and maintaining optimal operating temperatures (5C to 40C) with water cooling. CNC or PLC control ensures accuracy and repeatability.

Q: How does laser welding benefit manufacturing dealers, suppliers, and service providers?

A: Laser welding offers consistent high-quality joints, faster cycle times, minimal need for post-processing, and reliable automation capabilities. These advantages improve production efficiency, reduce operating costs, and allow suppliers and fabricators to meet strict quality standards.

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