Laser Welding Machine

Why Partner with Hairong Tech Laser?

When sourcing industrial laser welding equipment from China, selecting a reputable, direct manufacturer is critical to ensuring long-term equipment stability, process support, and return on investment. Hairong Tech Laser is proud to offer unmatched direct factory capabilities for global distributors, wholesalers, and end-user enterprise clients:

100% Direct Factory Manufacturer

We operate a modern production facility featuring advanced testing equipment, beam profiling labs, and strict quality control protocols. Every machine undergoes 72 hours of continuous full-load aging tests before export.

OEM & ODM Customization Services

We support full OEM/ODM customization—including custom machine color schemes, private label branding, localized UI software, customized sheet metal chassis, and specialized laser torch nozzle configurations.

Competitive Wholesale Pricing

By eliminating middleman trading markups, we deliver factory-direct wholesale pricing to our international partners, giving you a competitive edge in your regional market.

Global Certifications & Quality Compliance

All Hairong laser welding machines comply fully with international safety and quality standards, carrying official European CE certification, ISO9001 quality management certification, and US FDA compliance registrations.

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What Is Laser Welding Machine

 

 

Laser welding machine utilizes a laser beam as a concentrated heat source to join multiple pieces together. Delivering a focused heat source, laser welding machine creates a strong seam at a high speed.
The processes and applications of laser welding machine are most prominent in the automotive industry, where lasers boost productivity at a low cost when welding automotive parts – such as roof , door or filter assemblies – together.
Laser welding machine is also often used in the jewelry and medical industries to put together metals on a smaller level. Any material with a high heat conductivity can be laser welded, whether it's for an automobile or a small medical/jewelry item. Laser welding machine is also frequently used in high capacity manufacturing in the medical and automotive industries.

Built For Industrial Welding, Automation & Global B2B Projects
 

Hairong Laser is a high-tech enterprise integrating optics, machinery and electronics, with experience in laser cutting, laser welding and intelligent automation equipment manufacturing.

 

Our laser welding solutions cover handheld fiber laser welders, automated welding systems, robotic welding cells and customized non-standard welding equipment for global manufacturers.

 

Explore Hairong Laser

 

 

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01

Factory Manufacturing

Design, production, testing and delivery

02

Engineering Team

Mechanical, electrical and laser expertise

03

53 Patents

Continuous technology development

04

Global Service

Pre-sale, installation and after-sales support

 

Concentrated Energy For Precise, Fast & Stable Welding

 

 Fiber laser welding uses a highly concentrated laser beam as a localized heat source. The beam is delivered through the optical fiber to the welding head, creating a controlled melt pool at the joint.

Conduction Welding

Suitable for thin and precision components requiring controlled heat input and clean appearance.

Keyhole Welding

High energy density enables deeper penetration and high-speed industrial welding.

 

Continuous / pulsed output, beam quality, focal position and shielding gas can be configured according to the welding process. 

Laser Welding Head

Laser Welding vs. Traditional TIG / MIG

 

 

Parameter Traditional TIG / MIG Fiber Laser Welding
Welding Speed 0.2–0.5 m/min* 1.5–5.0 m/min*
Heat Affected Zone Relatively broad Narrower localized heat input
Post Processing Grinding / polishing may be required Reduced secondary finishing
Automation Possible Highly automation-friendly
Repeatability More operator dependent Program-controlled process
Laser Welding For Different Metals
 

Hairong laser welding solutions can be configured for different metal types, thicknesses and joint requirements.

Stainless Steel

Suitable for cabinets, kitchenware, medical equipment, hardware and precision components.

Aluminum Alloys

Optimized laser parameters for aluminum alloys such as 6061, 5083 and 1050.

Carbon / Galvanized Steel

Designed for sheet metal fabrication, machinery, structural components and enclosures.

Copper / Brass

Configurable solutions for reflective metals and selected dissimilar-metal applications.

 

Our latest projects

 

Shanghai Jwell machinery Workshop co-operation projects

Automotive Laser Welding

Elevator & Escalator

Welding solutions for stainless steel structures, panels, brackets and sheet metal assemblies.

Sheet Metal Laser Welding

Medical Equipment

Precision welding for small components and applications requiring controlled heat input.

Industrial Robotic Laser Welding

Mold & Tool Repair

Precision spot laser welding for injection molds, tooling, electronics and delicate repair work.

Quality Control From Components To Export

A multi-stage inspection process is designed to support stable equipment performance before shipment.

Laser Machine Export Packaging
01 / IQC

Incoming Component Inspection

Inspection of key optical and electrical components before assembly.

02 / IPQC

In-Process Assembly Verification

Laser alignment, electrical wiring and assembly process checks.

03 / FQC

Final Performance Testing

Burn-in testing, laser output stability checks and actual welding sample evaluation.

04 / EXPORT

International Packaging

Export-grade wooden crate packaging and moisture protection for international transportation.

Power Selection Guide

Which Laser Power Is Right For Your Application?

Actual welding capability depends on material, thickness, joint design and process parameters.

1000W
Entry-Level
Steel up to approx. 3mm*
Aluminum up to approx. 1.5mm*
1500W
General Fabrication
Steel up to approx. 4–5mm*
Aluminum up to approx. 2.5mm*
2000W
Heavy Fabrication
Steel up to approx. 6mm*
Aluminum up to approx. 4mm*
3000W
High-Power Welding
Steel up to approx. 8mm*
Aluminum up to approx. 6mm*
 
 

Frequently Asked Questions

What laser power should I choose?

The suitable power depends on material, thickness, welding speed, joint design and production requirements. Hairong provides 1000W, 1500W, 2000W and 3000W configurations for different applications.

Can you provide OEM / ODM laser welding machines?

Yes. OEM/ODM support can include private-label packaging, customized external panels, localized software interfaces, branded documentation and customized machine configurations.

Can you test our samples before purchase?

Sample welding evaluation can be arranged to help determine suitable laser power, process parameters and machine configuration.

What is the typical lead time?

The supplied content states approximately 7–10 business days for standard configurations and 15–25 days for customized or automated projects, depending on project complexity.

What shielding gas is commonly used?

Argon and nitrogen are commonly used shielding gases. The appropriate gas should be selected according to the material and welding process.

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Need The Right Laser Welding Machine For Your Factory?

Send us your material, thickness, product drawings or welding samples. Our engineering team can evaluate your application and recommend a suitable laser welding configuration.

 

As one of the leading laser welding machine manufacturers and suppliers in China, we warmly welcome you to buy durable laser welding machine in stock here from our factory. All customized machines are with high quality and competitive price.

co2 laser welding process, fiber laser welding machine, handheld laser welder