Top 15 Laser Welding Machine Manufacturers in 2023

Looking for a revolutionary welding method that can improve the efficiency and precision of your welding projects? Look no further than laser welding!

With its fast speed, large depth, and minimal deformation, laser welding is quickly becoming the go-to option for a wide range of industries.

From spot welding to butt welding, overlay welding, and seal welding, laser welding offers unparalleled accuracy and control.

Plus, with the ability to weld difficult-to-melt materials like titanium and quartz, laser welding is a game-changer for precision welding of micro and small parts.

But what exactly is laser welding, and how does it compare to traditional welding methods?

In this article, we’ll explore the key features of laser welding, its advantages and disadvantages, and the top laser welding machine manufacturers in the industry.

Whether you’re a seasoned welding professional or just getting started, this comprehensive guide will provide you with all the information you need to take your welding projects to the next level with laser technology.

What Is Laser?


With the rapid advance of laser manufacturing technology, its use has become widespread in the industrial sector.

For example, laser marking, engraving, cutting, and welding are the primary application processes.

Additionally, laser cladding and cleaning are used in a limited number of specific situations.

What Is Laser Welding?

Laser welding

The laser welding machine uses high-energy laser to locally heat the material in a small area. The energy from the laser radiation is diffused to the interior of the material by heat conduction, resulting in a specific molten pool after the material has been melted.

It is a new type of welding method, mainly used for thin-walled materials and precision parts welding.

It can achieve spot welding, butt welding, overlay welding, and seal welding, with a high depth-to-width ratio, small welding width, minimal deformation, fast welding speed, smooth and beautiful weld seam, high welding quality, precise control, small focal spot, high positioning accuracy, easy automation, and other advantages.

Laser Welding vs Traditional Welding Methods

Comparison between laser welding equipment and traditional welding methods

ItemLaser weldingArc weldingBrazingResistance welding
Average welding speed
Welding shape variableSmallMoreLessNormal
Welding accuracyHighNormalNormalNormal
Welding slag adhesionVery fewVery fewVery fewVery few
Consumables consumptionLessMoreLessMore

Development of Laser Welding

Development of laser welding

Laser welding has been highly sought after, but its development has been limited by factors such as insufficient laser power, high R&D requirements for automatic control, and high customization demands.

As a result, it has mainly been used in the low-power laser welding market, only for simple welding tasks in specific industries such as abrasive tools, glasses, and advertising signage.

However, since the turn of the 21st century, technological advancements have rapidly increased and laser technology, a key scientific breakthrough of our era, is no longer restricted to military use only.

With continuous improvements in technology, laser technology is becoming increasingly widespread and applied to numerous industries, providing a strong foundation for its future development.

The cost of lasers has decreased and the power has increased, leading to a higher penetration rate of laser welding equipment in various industries.

As a crucial part of laser technology, laser welding has the ability to achieve accurate welding results and improve the efficiency and precision of welding, solving problems that are common in traditional welding techniques.

It is believed that as the industry and laser welding technology continue to evolve, traditional welding methods will eventually be replaced and widely adopted across many fields.

Key Features of Laser Welding

In the 1970s, laser welding was mainly used for welding thin-walled materials and low-speed welding. The welding process belongs to the heat conduction type, which means the high-energy laser heats the surface of workpiece, and the surface heat is diffused to the interior through heat conduction.

The specific molten pool is formed by controlling the width, energy, peak power, and repetition frequency of laser pulses to melt the workpiece.

With its unique advantages, it has been successfully applied to the precision welding of micro and small parts.

The emergence of high-power CO2 and YAG lasers has opened up a new field of laser welding.

Deep penetration welding based on the theory of the small hole effect has been widely used in industrial fields such as machinery, automobiles, and steel due to its advantages.


Compared with other welding technologies, the main advantages of laser welding are:

  • Fast speed, large depth, and minimal deformation.
  • It can be welded at room temperature or under special conditions, and the welding equipment is simple. For example, the laser beam does not drift through the electromagnetic field. The laser can be welded in a vacuum, air, or some gas environment, and can be welded through glass or materials transparent to the laser beam.
  • It can weld difficult-to-melt materials such as titanium, quartz, and can be welded to heterogeneous materials with good effect.
  • After the laser is focused, the power density is high. The depth-to-width ratio can reach 5:1, and the highest can reach 10:1 when welding high-power devices.
  • It can perform micro-welding. The laser beam can obtain a small spot after focusing and can be accurately positioned, which can be applied to the assembly welding of micro and small workpieces for mass production automation.
  • It can weld hard-to-reach areas and perform non-contact long-distance welding, which has great flexibility. In particular, in recent years, fiber-optic transmission technology has been adopted in YAG laser processing technology, which has made laser welding technology more widely promoted and applied.
  • The laser beam is easy to achieve temporal and spatial splitting, and multiple beams can be processed simultaneously and at multiple locations, providing conditions for more precise welding.


However, laser welding also has certain limitations:

  • High requirements for the assembly accuracy of workpieces, and the position of the beam on the workpiece cannot have a significant deviation. This is because the laser spot size is small after focusing, and the welding seam is narrow, which makes it difficult to add filling metal materials. If the assembly accuracy or beam positioning accuracy of the workpiece cannot meet the requirements, welding defects are prone to occur.
  • The cost of the laser and its related systems is high, and the one-time investment is large.

Sales of Laser Welding Machines

Currently, China is a leader in laser welding technology in the global market and its production capabilities for laser welding equipment are growing.

According to the China Laser Industry Development Report 2021, laser welding is the second largest segment in the revenue share of the industrial laser market, following laser cutting, accounting for 13% in 2020.

Sales of laser welding machine

As of now, the volume of laser welding in China has increased from 1.56 billion yuan in 2013 to 11.05 billion yuan in 2020, a growth of 608%.

Top Laser Welding Machine Manufacturers

At present, the number of laser welding companies is growing. In China, leading manufacturers of laser welding machines include Hans’s Laser, HGTECH, UWlaser, Hymson, HSG, Yifi Laser, TianHong Laser, Quick Laser, Chutian Laser, and Penta Laser, among others.

Internationally, well-known laser welding companies include IPG, TRUMPF, Amada, Emag, and Panasonic, among others.

1. IPG

IPG Photonics is a world-leading producer and developer of high-performance fiber lasers and amplifiers, serving a wide range of industries and applications.

Their low-power, medium-power, and high-power lasers and amplifiers are widely used in material processing, communication, entertainment, medical treatment, biotechnology, science and technology, as well as in advanced applications.

Their products are replacing traditional lasers in many fields and are leading the way in developing new laser technology applications. As a pioneer and leader in the fiber lasers and amplifiers market, the company has increased its market share due to its established brand and reputation.

Thanks to its exceptional performance and value, IPG’s lasers are continuously replacing traditional laser equipment in many existing applications.

2. Trumpf


Established in 1923, the Trumpf Group has been a global leader in technology and the market in the industrial lasers and laser systems industry.

As one of the leading companies in global manufacturing technology, Trumpf offers a comprehensive range of products and services, from machine tools for metal sheet and material processing to laser technology, electronics, and medical technology.

Through continuous innovation, Trumpf is setting new technical standards and is committed to developing and improving products to meet the needs of its customers.

Its product portfolio encompasses sheet metal processing, including laser cutting, bending, punching, and original equipment manufacturer (OEM) laser systems.

3. Amada


Amada Weld Tech is a leading producer of a wide range of welding equipment and systems, including resistance welding, laser welding, laser marking, laser cutting, laser micromachining, and hot press welding.

The company is committed to providing products to diverse industries such as medical equipment, batteries, electric vehicles, solar energy, global electronics, automobiles, and general manufacturing.

4. Emag


Founded in 1867, Emag, a medium-sized enterprise in Germany, has a successful strategy of anticipating customer needs and responding flexibly to them.

The Emag Group primarily focuses on the automobile manufacturing and supporting industries, machinery manufacturing, aerospace, renewable energy, electrical power, oil, and other industries.

Emag offers a range of products, including lathes, gear hobbing machines, grinders, machine tools, laser welding machines, induction quenching equipment, automation systems, universal joint shells, three-way clutches, distributor flanges, brake discs, brake cylinders, and gear shafts.

Emag Lasertec is renowned for its high-performance laser welding systems.

5. Panasonic


Panasonic started its welding business in 1957. Before that, manufacturers usually used resistance welding, which utilized resistance heat, or arc welding, which relied on the discharge phenomenon in air, to manufacture automobile bodies.

Panasonic has developed a more complex and precise welding method called Lapress.

In 2015, Panasonic introduced its first complete laser welding robot solution, Lapress, to the world.

6. Han’s Laser


Main business:

Laser automation equipment, PCB and automation equipment

Company profile:

The company is a leading provider of laser processing equipment in China, focusing on laser cutting and marking. Its laser welding equipment is mainly used in the automotive and battery industries.

According to 2020 data, the company generated a total revenue of 12 billion yuan, with its high-power laser intelligent equipment business generating operating revenue of 2.018 billion yuan. This positions the company as a leader in scale and technology, holding far more patents than its competitors.

It has been reported that Han’s Laser won four bids from Ningde Times, totaling 2.743 billion yuan.

In addition to a 1 billion yuan order this year, the company also won bids of 353 million yuan and 193 million yuan in 2018 for liquid injection equipment and laser welding equipment, respectively.

In 2020, Han’s Laser won a 1.194 billion yuan bid for lithium battery production equipment. All four winning bids were for new energy battery businesses, further expanding the company’s presence in the field.



Main business:

Laser Processing Equipment, Photonic Devices, Sensitive Components, and Laser Holographic Anti-Counterfeiting.

Company profile:

The company’s range of laser processing equipment includes laser cutting systems, laser welding systems, laser marking series, laser heat treatment systems, laser drilling machines, and more.

In 2020, the company’s operating revenue reached 6.138 billion yuan, with revenue from the 4 kW and 6 kW high-power laser welding market totaling 300 million yuan.

Huagong Technology is a leading player in the automotive industry’s BIW Welding market, with its laser equipment plate holding a strong position. The company has become a key player in the lithium battery industry as well.

Huagong Laser, a subsidiary of Huagong Technology, is making its mark in the field of new energy vehicle manufacturing.

The company has broken the monopoly previously held by Japan, South Korea, Europe, and the United States by developing an all-aluminum body welding production line for new energy vehicles.

This line was independently created by Huagong Laser and has successfully passed arrival acceptance, leading to its mass production and delivery to the customer.

8. UWlaser


Main business:

Laser welding equipment and laser

Company profile:

Founded in 2005, United Winners Laser is a leading enterprise in the power battery laser welding sector and specializes in laser welding equipment and lasers. The company went public in June 2020.

United Winners Laser serves prominent companies in the power battery industry, including Ningde Times, GuoXuan High Tech, BYD, Gree Intelligence, Foxconn, Tyco Electronics, Changying Precision, Yiwei Lithium Energy, Panasonic, Samsung, and AVIC Power.

In 2019, the company generated revenue of 1 billion yuan, which accounted for roughly 10% of the domestic laser welding market. Due to the impact of the pandemic in 2020, the company’s revenue was 878 million yuan.

United Winners Laser was awarded the power battery laser welding production line project by German Times New Energy Technology (Thuringia) Co., Ltd., a subsidiary of Ningde Times.

Some of the equipment has been delivered and the technical team is currently in Germany for installation and commissioning, with smooth progress being reported.

9. Hymson


Main business:

General Laser and Automation Equipment, Power Battery Laser and Automation Equipment.

Company profile:

In 2018, the company generated revenue of 258 million RMB from its power battery laser and automation equipment, primarily offering laser film makers, automatic soft-connection welding machines, and automatic ultrasonic welding machines for square aluminum shell cells.

In 2020, the company’s revenue was 1.321 billion RMB, and it was listed on the Science and Innovation Board in September of that year.

Hymson boasts rich professional capabilities and process control in the lithium battery industry. By combining laser and automation technology, it has developed a comprehensive solution for laser and automation equipment.

Some of its products have a significant advantage in the industry. As per its financial report, the company secured new orders worth 2.5 billion RMB (including tax) in 2020, with 673 million RMB coming from Ningde Times.

These orders mainly consist of high-speed laser film makers, top cover pre-welding and full-welding integrated machines, adapter welding machines, cell drying lines, and other power battery excitation and automation equipment.

10. HSG

Main business:

Laser cutting machine, laser welding machine

Company profile:

Founded in 2006, HSG Laser is a leading large-scale manufacturing enterprise that specializes in laser cutting and laser industrial application solutions.

It is dedicated to the R&D, production, and sales of equipment such as fully automatic metal laser welding machines, optical fiber laser cutting/pipe cutting machines, and more.

In 2018, the company sold over 1,500 optical fiber cutting machines and generated a sales revenue of 1.2 billion yuan.

The company’s laser welding machine portfolio includes optical fiber laser handheld welding machines, high-power seam tracking wire filling welding machines, and optical fiber galvanometer laser welding machines.

Due to an increase in demand, the company’s related manufacturing products saw a significant rise in sales in 2020, with a sales volume of over 3,000 sets and contract sales exceeding 2 billion yuan.

HSG Laser reported for IPO guidance registration in February 2021 and is a key player in the laser equipment industry in South China.

11. Yifi Laser

Main business:

Laser Precision Welding Machine, High-Speed Laser Marking Machine, Laser Precision Cutting Machine, Laser Precision Drilling Machine, etc.

Company profile:

Yifi Laser has been dedicated to the research and development of intelligent laser welding systems since 2005, and in 2007, it officially entered the laser welding and related application fields for new energy vehicle power batteries.

The company has established automatic welding stations, automatic production lines, and an intelligent workshop/factory, and has created a comprehensive solution with laser welding at its core.

Yifi Laser was the first in China to solve the sealing and welding problem of aluminum shells in power batteries, and also pioneered the solution to the welding problem of aluminum and copper heterogeneous materials in power battery modules by using heterogeneous material welding technology.

In addition, it has introduced all-pole lug welding technology, vertical welding technology, and an efficient flexible pack intelligent manufacturing system.

12. TianHong Laser

Main business:

Laser cutting, laser welding, laser marking, and laser micromachining systems.

Company profile:

The company was founded in 2001 and went public on the New Third Board in 2014. Its main product, a laser welding machine, serves the new energy industry. In 2019, the company’s revenue from laser welding machine sales was 29.88 million yuan, a year-over-year decrease of 37.23%.

13. Quick Laser


Main business:

Laser cutting machines, laser welding machines, laser pipe cutting machines, laser micromachining equipment, new energy welding lines, 3C and semiconductor testing equipment, etc.

Company profile:

Founded in 2009, Quick Laser specializes in the R&D, production, sales, and service of laser intelligent equipment, with a focus on the high-end market of the industry. Their product line includes laser cutting machines, laser welding machines, laser marking machines, and automation equipment.

14. ChuTian Laser

Main business:

Laser cutting, welding, marking, and power supply, etc.

Company profile:

The company was established in 1988 and was the first to develop a laser welding machine. This machine was primarily used in industries such as optical communication, sensors, hardware appliances, and solar energy.

In 2006, the company formed a joint venture with the Italian Elen Group to manufacture high-power laser cutting machines.

15. Penta Laser

Penta Laser

Main business:

Laser cutting machine, laser welding machine

Company profile:

The company, which is a joint venture between ChuTian Laser and the Italian Allen Group, mainly focuses on laser cutting. Its product range also includes ultra-large format laser welding equipment and precision parts welding systems.


What are the process parameters for laser welding?

Power density.

Power density is one of the most critical parameters in laser processing. By using high power density, the surface can be heated to the boiling point in microseconds, generating a large amount of vaporization, which is beneficial for material removal processes such as drilling, cutting, and engraving.

For lower power density, it takes several milliseconds for the surface temperature to reach the boiling point. Before vaporization occurs on the surface, the bottom layer reaches the melting point, and good fusion welding is easy to form.

Therefore, in conductive laser welding, the power density is in the range of 10^4 to 10^6 W/cm2.

Laser pulse waveform.

Laser pulse waveform is an important issue in laser welding, especially for thin sheet welding. When a high-intensity laser beam is irradiated on the material surface, 60-98% of the laser energy will be lost due to reflection, and the reflectivity changes with the surface temperature. The variation of metal reflectivity is large during a laser pulse period.

Laser pulse width.

Pulse width is an important parameter for pulsed laser welding. It is not only an important parameter differentiating material removal from material melting but also a key parameter determining the cost and volume of processing equipment.

The influence of defocus distance on welding quality. Laser welding usually requires a certain defocus distance because the power density of the laser beam is too high at the focus, which can easily evaporate into holes.

The power density distribution is relatively uniform on all planes away from the laser focus.

There are two types of defocusing: positive defocusing and negative defocusing.

Positive defocusing refers to the focus plane above the workpiece, otherwise, it is negative defocusing. According to Geometric Optics, when the positive and negative defocusing is equal, the power density on the corresponding plane is approximately the same, but the obtained molten pool shapes are different.

Negative defocusing can achieve a larger melt depth, which is related to the formation process of the molten pool. Experiments have shown that when the material is melted by laser heating for 50-200 microseconds, the liquid-phase metal is formed and boiling appears due to phase change.

Meanwhile, a high concentration of vapor generates with a high speed rush, accompanied by a dazzling white light. At the same time, the high concentration of vapor moves the liquid-phase metal to the edge of the molten pool, forming a cavity at the center of the molten pool.

When negative defocusing is used, the power density inside the material is higher than that on the surface, which is easy to form a stronger melting and vaporization, and the light energy can transmit deeper into the material.

Therefore, in practical applications, negative defocusing should be used when a larger melt depth is required, and positive defocusing should be used for welding thin materials.

Factors Affecting Laser Welding Machine Selection

  1. Laser welding machine power:

The larger the power of the laser welding machine, the higher-end the equipped laser and cooling system, and the higher the overall price. Of course, the welding depth is deeper. It is best to choose the appropriate power according to your own welding needs. It should be able to handle daily welding work. Otherwise, if the power is too small, the welding will not be firm, and if the power is too large, it will not be used.

  1. Type of laser:

The common lasers used for welding are CO2 lasers, Nd:YAG lasers, and fiber lasers. CO2 lasers can meet the needs of both thick and thin materials; Nd:YAG lasers have a large spot size, narrow pulse, and a large processing range; fiber lasers can penetrate thick plates at high speed with stable performance and precise welding.

  1. Application of laser welding machine:

Laser welding machines are divided into manual, semi-automatic, and automatic types. Manual laser welding machines require operators to control the welding process and are suitable for small-scale manufacturing enterprises; semi-automatic laser welding machines are slightly larger in size and are suitable for medium and large enterprises; automatic laser welding machines are dominated by computers during the welding process, with high welding efficiency, and are suitable for largescale production enterprises.

  1. Laser welding machine brand and price:

There are both foreign and domestic brands of laser welding machines. Good equipment generally uses imported components or high-quality components. The price of domestic laser welding machines is more affordable. It is necessary to choose reasonably according to the budget.

  1. Manufacturer strength and after-sales service:

The overall strength of the manufacturer is the prerequisite for production and research and development, and is also the guarantee of the quality of laser welding machines. If the manufacturer is not far away, you can arrange to test the machine in person before purchase. If any after-sales problems occur, the manufacturer should be able to solve them promptly and provide maximum protection.


Q: What should I look for in a laser welding machine manufacturer? 

A: When choosing a laser welding machine manufacturer, you should consider factors such as the quality and reliability of their products, their level of expertise and experience in the industry, and their ability to provide technical support and after-sales service.

Q: How do I find a reputable laser welding machine manufacturer? 

A: You can find reputable laser welding machine manufacturers by conducting research online, asking for recommendations from others in the industry, or attending trade shows and exhibitions.

Q: Can I buy a laser welding machine directly from the manufacturer? 

A: Yes, many laser welding machine manufacturers sell their products directly to customers. However, some manufacturers may only sell through authorized distributors or dealers.

Q: What are the benefits of buying from a reputable laser welding machine manufacturer? A: Buying from a reputable laser welding machine manufacturer can provide several benefits. These include access to high-quality and reliable products, expert technical support and after-sales service, and the assurance that the manufacturer has the necessary expertise and experience in the industry.

Q: How do I know if a laser welding machine manufacturer is reputable? 

A: You can determine if a laser welding machine manufacturer is reputable by conducting research online, checking for customer reviews and testimonials, and verifying their credentials and certifications.

Q: What kind of technical support and after-sales service can I expect from a laser welding machine manufacturer? 

A: A reputable laser welding machine manufacturer should provide comprehensive technical support and after-sales service to their customers. This can include assistance with installation and setup, training on how to use the machine, and ongoing support to ensure that the machine is operating at peak performance.

Q: Are there any disadvantages to buying directly from a laser welding machine manufacturer? 

A: Buying directly from a laser welding machine manufacturer can provide several benefits, such as access to the latest products and technologies. However, there may be some disadvantages as well. For example, the manufacturer may not have a local presence in your area, which could make it more difficult to receive technical support or after-sales service.

Final Thoughts

If you are in need of a laser welding machine or want to purchase the best option available, the 15 companies listed above, specializing in laser welding machines, should be able to meet your needs.

If you have any inquiries, don’t hesitate to contact us for a free quote.

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