New Tech Handheld Laser Welding Machine

known as laser hand welder, master of stainless steel welding, Easy to use via just two finger-tip type rocker switches without for extensive operation, A freshman can use it after 2 hours pratice. 

Detailed Information of Handheld Laser Welding Machine

Technical Data
MODEL FW1000 FW1500 FW2000 FW3000
LASER POWER 1000W 1500W 2000W 3000W
POWER SUPPLY 220V, 50-60HZ 380V, 50-60HZ
MACHINE SIZE 120x71x130CM 120X71X130CM

GYC Laser Handheld Laser Welding Machine, also known as laser hand welder, is welding equipment with high strength and good portability.
It is employed for the fusion and joining of stainless steel, carbon steel, and aluminum.
It generates a laser beam from a fiber-optic laser or gas laser to scan the surface of workpieces and then connects them by melting and fusion.

GYC Laser handheld laser welding machine is a tool that an operator can use to weld flat and smooth or cylindrical materials.
The operator uses a handle to hold the device, while his other hand has the workpiece in position for welding.
The handheld laser welding machine is a portable industrial laser welder designed to produce plug-in and play welding applications for medium requirements and costs.

GYC Laser welding machine is considered one of the most advanced self-sealing process tools in manufacturing due to its high-power laser.
It is easy to operate, water-cooled, multi-function, and high technology product to perform several welding processes.


The handheld fiber laser welder has many applications, like spot welding, deep penetration welding, and discoloration welding.

With its speedy and powerful performance, this kind of small laser apparatus has been widely used on:

  • Assembling
  • Repairing
  • Smelting
  • Cutting
  • We are measuring and Examining operations for manufacturing enterprises.

GYC Laser handheld laser welding machine is suitable for spot welding, seam welding of metal parts in industries like

  • Automobile
  • Shipbuilding
  • Motorcycle
  • Machinery manufacturing
  • Metal processing
  • Printing industry
  • Construction industry
fast cut 1530fc video

Easy Use Handheld Laser Welding Machine 

The user-friendly design of the operation interface is easy to understand and use.
Multi-function with handheld laser welding and handheld laser cutting.

You can use it as an experienced welder after 2 hours of training.
It generates a laser beam from a fiber-optic laser or gas laser to scan the surface of workpieces and then connects them by melting and fusion.


Up-to-date Welding Laser Head


If you do welding, you probably already heard about lasers. You might also be aware of the technology involved in this futuristic laser technology.
Here are the remarkable features of our handheld laser welding machine.

Fast set up
GYC Laser handheld laser welding machine is easy to operate.
All the function setting is operated via two finger-tip type rocker switches without the need for extensive operation.
You can conveniently adjust the parameters of this laser welder.

Our product is the device used for precision alignment and quality control; a handheld laser welding machine is used in spot and seam welding.
The accuracy of the handheld laser welding machine can accord with the size of the weld, and it is from 2 mm to 5 mm.

No discoloration
The laser pulse of GYC Laser handheld laser welding machines is so fast that there is no time for anything but melting the metal together without causing any discoloration.

Material Flexibility
GYC Laser handheld laser welding machine is a portable and durable fiber laser cutter, could cut all kinds of metal, stainless steel, aluminum, copper pipe, or any non-metal materials.
It is also a good fit for various applications involving dissimilar metals, thick plates, or deep penetration welding not feasible with traditional (plasma) lasers.

Material Thickness
The handheld laser welding machine is equipped with a fiber laser welding machine that can weld steel plates with thickness up to 5mm.
GYC Laser Handheld Laser welder features multiple power settings that maximize the thickness of your project.
You can use different powers of welding machines to achieve the result in materials with varied thicknesses.
The fiber laser welding machine’s high precision and high power can pack the deep hole, slit, and pitch groove.


Reci Welding Laser Source and Water Chiller


Welding Auto Wire Feeding Tool

Heat Affected Zone
GYC Laser welding machines have a small heat-affected zone, and the smaller the heat-affected area is, the more uniform the hardness of the workpiece is.
Our handheld laser welders are very suitable for high precision welding, and the heat-affected zone depends on the laser power, welding speed, welding power, and the metal you weld.

Speed and Power
The speed of the handheld laser welding machine largely depends on the laser power, and the laser power is mainly divided into 1000W, 1500W, 2000W, 3000W, etc.
GYC Laser handheld laser welding machine adopts the most advanced and efficient technology.
The working speed can reach up to 200-400 inches/min (IPM).

The portable laser welding machine allows the operator to complete work faster at a lower cost than traditional methods.

Economical accessory replacement
The accessory replacement of a handheld laser welding machine usually costs very little money.
The cost is undoubtedly a lot lower than replacing the whole machine. This one is an economic advantage for small business owners.

Different Power Handheld Laser Welding Machine


GYC Laser handheld laser welding machines can meet the economy, efficiency, and quality requirement all at once.
It dramatically increases production efficiency and reduces costs in the manufacturing process.
Our handheld laser welding machine is a must-have for anyone that needs to seamlessly weld any material and even repair damage in various metals.
You can use this to create any shape you want and the way you look at metal.


1500W Fiber Laser Welding and Cutting Machine

1500W Fiber laser welding and cutting machine is a new tech compact laser machine easy-to-use, with two optional functions manual welding and cutting steel.


1000W Fiber Laser Welding Machine

1000W fiber laser welding machine welding power adjustable is a stainless steel welding master, easy to operate no matter a fresh man can use it after 2 hours training.

3000W Handheld Laser Welder

3kw handheld laser welder is a powerful fiber laser welding machine, with a wire feeding tool, easy to weld stainless steel, and carbon steel up to 5mm.


1000W Laser Welder

1000W  laser welder is born for welding stainless steel product, handheld laser welding head to weld stainless steel with fast speed and clean surface.


1500W Laser Welding Machine

1500W laser welding machine is a new tech laser welding machine, high precision, fast speed, suitable for large welding process of stainless steel hardware.


2000W Handheld Laser Welding Machine

Handheld Fiber Laser Machine is a New Technology Laser Welder, Excellent for Stainless Steel Welding, Easy to Use by a Freshman No Need Any Experiences.

Why Choose Us

Since our establishment in 2009, we started by providing the best quality metal laser cutting and welding machines and excel our way to be the No.1 laser machine manufacturer in China.
GYC Laser is currently selling and servicing more than 2000 customers in over 80 countries and regions.
To control the quality of our products we conduct a strict management process throughout all our facilities.
Make your work straightforward and time-efficient without compromising on the results.

Send Inquery

    gyc laser about us

    Dedicated to Manufacture Handheld Laser Welding Machine

    18 years of Laser machine manufacturing experience.
    Countless hours of our engineer’s efforts have gone into it to make it very compact, lightweight, and high beam quality.
    The core components were carefully created to be more powerful and easier to use, specifically for industrial-class laser cutting and welding equipment.

    • INDUSTRIAL IDEASThe primary purpose of GYC LASER is to design and develop high-precision laser machine.
    • LASER MANUFACTURING Dedicated to manufacturing high cost-effective handheld laser welding products for more than 18 years.
    • EXPERT ENGINEEROur project team is experienced in manufacturing laser cutting, laser welding, laser cleaning system for offering different laser solutions.
    • CUSTOMER SERVICEWe promise the highest level of customer service every time you buy any GYC laser-related products.

    Handheld Laser Welding Machine-The Definitive FAQ Guide

    The handheld laser welding machine is highly professional production equipment used for different welding kinds of metal materials.

    This guide features a lot of general information about handheld laser welding machines.

    It answers many common questions, such as what a handheld laser welding machine is, how it works, and its application.

    This guide pertains to information on the cost of a handheld laser welding machine, capabilities and features, technical specifications, components, and much more.

    Either you are a newbie or an expert after reading this guide, you know all about handheld laser welding machines.

    1. What is a handheld laser welding machine?

    Modern welding is an innovative mounting technique that is used in all areas. It’s essential to know the entire process.

    For example, some of its processes are not as well-known and underused as others.

    The laser handheld laser welding machine is equipped with a new generation of fiber lasers and a self-developed wobble welding head.

    Handheld laser welding technology has come a long way.

    Figure 1, Handheld laser welding machine

    This pocket-sized, lightweight machine is perfect for those looking to fill the gap of handheld welding, as it offers a laser welding alternative for small beams and exquisite processing.

    Handheld welding equipment is a term used to refer to manually operated laser welding machines.

    It’s not just suitable for joining metal pieces together, and it can also create a strong bond between several components and a fiber laser.

    The handheld laser welding machine has been around for a while and has many benefits.

    Despite its reputation as a complicated process, it can be helpful in many ways.

    It can be faster and cheaper than other technologies, and it is also more precise.

    Handheld laser welders are often called “portable” machines because these tools can do the same laser welding that an industrial-sized machine would do.

    2. What are the features associated with the handheld laser welding machine?

    The features that are associated with the handheld laser welding machine are given below.

    Figure 2. features of handheld laser welding machine

    • It supports multiple languages.
    • Multi-function like with or without wire function.
    • If the weld is too wide, the solution is as simple as tweaking the laser’s swing amplitude.
    • This customization eliminates traditional handheld laser welding’s need for high weld seams.
    • A welder can do flexible movement with no experience.
    • The handheld welding machine has fast welding speed.
    • It can reduce the subsequent grinding process.
    • Handheld laser welding machine Provide the small heat-affected and floor area.
    • There is no need for a welding workbench.
    • It provides High consistent quality as well as high efficiency.
    • The handheld laser welding machine has a low replacement cost of accessories.
    • This type of welding machine can improve the welding fault tolerance rate.

    3. What are the benefits of using a handheld laser welding machine?

    Handheld laser welding has many benefits for users.

    These include a simple operation, the ability to produce beautiful welds, fast welding speeds, and the absence of consumables.

    Furthermore, the welding company welds thin stainless-steel plates, galvanized plates, and iron plates to replace the traditional electric welding process, argon arc welding, and other methods.

    The handheld design is an essential part of the production process.

    The ergonomic design has a huge impact on its usefulness when it comes to handheld laser welding machines.

    The handheld laser welders are suitable for smaller-scale welding or non-large-scale welding. They’re the best pick for workshops that do not need a large machine.

    The critical point is that small workshops provide a diverse range of welding products. The products come in a variety of shapes and sizes.

    This is why handheld laser welding is the perfect solution.

    The new laser welding machine is portable and more affordable.

    It uses a handheld welding gun with a laser beam instead of a fixed light path that overturns the traditional work mode.

    Handheld laser welding machine gives the benefit of multiple safety alarms and saves the labor cost

    4. What is the difference between a handheld laser welding machine and traditional welding?

    The differences that are commonly shown between the handheld laser welding machine and traditional welding are given below:

    With speeds up to 4x faster than traditional TIG welders, a handheld laser welder like HW-A handheld laser welder allows for more efficient work.

    Safety is a top priority when designing features like handheld laser welding machines maximum protect the operator compared to traditional welding.

    By using computers to control the process, you can achieve high-precision cutting of various structural components.  Automating the cutting process through CNC results in a lot of time saving and decreases labor costs.

    Handheld Laser welding is a type of welding that uses a laser to melt the surfaces of workpieces and join them together.

    Figure 3. handheld laser welding machine vs traditional welding

    The result is minimal deformation that joins without gaps, but the traditional welding machine has large deformation.

    The ratio of depth to width is high. Welding involves high-power devices with a percentage of 5:1, but the balance can be as high as 10:1.

    Welding is fast and robust. Weld seams are narrow, eliminating the need for cleaning. The surface is usually in good shape, making the welded line look more beautiful than traditional welding.

    Another difference is that handheld Laser welding is non-contact remote welding, but it can only weld thin plates.

    The laser process is not enough to penetrate metal thicker than a plate, such as a vehicle chassis, and the frame cannot be welded with laser welding.

    5. What are the applications of handheld laser welding machines?

    The handheld laser welding machine is mainly used to make significant and medium-sized sheet metal items that are fixed.

    This is mainly used for making large workpieces such as cabinets, chassis, doors, and windows made of aluminum or stainless steel, as well as washbasins and other large workpieces

    Figure 4. Application of handheld laser welding

    It’s commonly applied in the kitchen, bathroom, and appliance industries and the advertising industry, the mold industry, and the stainless-steel industry.

    It can also be used in the stainless-steel engineering industry, the door and window industry, and the handicraft industry.

    The furniture industry applies stainless steel handheld welding machines for its products too. In the auto parts industry and household goods industry, it’s standard material.

    Handheld laser welders have emerged as a viable alternative to electric welders, argon arc welders, and other welding methods.

    Portable welding equipment for fillet, angle, edge tailoring, and lap welding.

    6. What precautions must you consider while using a handheld laser welding machine?

    Some precautions that must consider while using a handheld laser welding machine are given below:

    • Before connecting the laser welder to the power supply, you must make sure that you are joining the correct 380V AC voltage.
    • If the power supply is disconnected from the laser, it will lead to irreversible damage.
    • Please do not operate this laser in a manner not following the control or adjustment methods specified in this manual. If you do, you may cause damage to the laser.
    • Staying on top of your output lens is extremely important for protecting your laser. If you neglect to clean it, the laser may become damaged and irreparable.
    • When you’re not using the laser, be sure to cover the collimator with the protective cap. Don’t touch the lens at the output end of the machine. Clean the lens if necessary with special lens paper and alcohol.
    • If the laser power decreases, the cause may be incorrect use according to established specifications. This does not fall within the warranty range and will not be covered.

    7. How much handheld laser welding machine costs?

    Commonly, you need pricing information for a handheld laser welder.

    There are a lot of different prices out there for these handheld laser welding machines.

    You have the option to buy a machine for under $1,000, but some handheld laser welding machines can cost up to $50,000

    You will get confused if you look online because there are many different rates for equipment.

    If you want accurate results and answers, the best thing is to contact a manufacturer and ask about their rates.

    Prices vary depending on the manufacturing process. There is not a median price for machines.

    To get a rough idea of how much it costs, a moderate machine would be priced around $8,000 to $15,000.

    Laser welding machines are pretty high-tech, but they’re not that difficult to find. With rates starting at $15,000 and going up to $25,000, you can find one with hardly any hassle.

    8. What is the role of an auxiliary gas in a handheld laser welding machine?

    In laser welding, the presence of auxiliary gas will affect how the welds are formed. It also influences the quality and width of the weld, as well as the depth.

    In most cases, blowing gas on a weld will have a positive effect. But it may also cause damage.

    It’s best to blow the correct type of gas (Nitrogen, Argon, and Helium) for different welding circumstances.

    Fiber lasers have a higher conversion efficiency, which necessitates the use of a smaller chiller. Nd: YAG lasers, on the other hand, have lower energy efficiencies.

    Fiber lasers are also faster and offer better penetration properties making them suitable for handling difficult metals. They also last for a longer time.

    The only limitation with fiber lasers is the higher initial cost of acquisition. But over the long haul, you will find that running and maintaining fiber lasers is cheaper.

    The suitable blowing of auxiliary gas will do a great job protecting the weld pool and even avoid oxidation.

    Figure 5. Gas for handheld laser welding

    The correct use of auxiliary gas during welding can help reduce spatter generated during the process.

    To create a beautiful weld, it is essential to ensure the gas is circulated correctly.

    Uniformly blowing gas will keep the weld pool spread out and the shape of the weld more even, giving you a much better result.

    When the auxiliary gas is blown correctly, it can help prevent the vapor or plasma from shielding the laser. This allows for more effective lasers to be used.

    The correct use of auxiliary gas during welding can help reduce the number of weld pores.

    9. What are the parameters of a handheld laser welding machine?

    Parameters of handheld laser welding machine:

    Sr. No Optical characteristics
    1 Laser rated output power(W) 1000-2000
    2 Working mode Modulate/Continuation
    3 Operating voltage 380V ±10%, 50/60HzAC
    4 Control mode RS-232/AD/Hyper terminal
    5 Welding speed range(mm/s) 0-120
    6 Weight(kg) <300
    7 Range of power regulation (%) 10-100
    8 Output power instability (%) <3
    9 Indicates the red-light output power(mW) 0.5-1
    10 Modulation frequency (Hz) 50-5k

    10. Which industries make the most use of handheld laser welding machines?

    Handheld laser welding machines are popular because they have many benefits and can be used in many ways. They are essential for industrial and manufacturing use.

    The process of laser welding is a fast, minimally heated process that offers excellent penetration depth. That’s why it is mainly used in industries.

    It is popular in the military, aerospace, electronics, research, lab, medical, and petrochemical industries because it does not create high temperatures like other welding methods.

    The handheld laser welding machine has many applications in IT, machinery manufacturing, communications equipment, battery manufacturing, crafts, and elevator manufacturing, manufacturing tools for gears, automobile shipbuilding, and other industries.

    Most common industries and sectors are


    • Assembly and fabrication industry.
    • Structural and Construction industries.
    • IT and engineering sector.
    • Automotive industry etc.


    11. What are the types of welding used in handheld laser welding machines?

    The types of welding used in handheld laser welding machines are given below:

    • MIG welding
    • TIG welding
    • Light WELD laser welding

    MIG welding:

    MIG welding is an ideal type when your material is thick and requires full penetration.

    It requires a consumable wire, pre-cleaning of the material, and beveled joints.

    You are limited in your travel and work, and vertical positions are challenging to achieve.

    Figure 6. welding type of handheld laser welding

    MIG welding is usually split into two types. The first requires bare wire and the second flux core.

    The way to weld metal together is with a bare wire MIG welder, which can join thin pieces of metal.

    Another way is flux core MIG welding, which can be used outdoors and does not require a flow meter or gas supply.

    TIG Welding:

    Tungsten Inert Gas welding is a popular metal joining process that may present some drawbacks, such as extreme heat and difficulty when welding copper or materials of different thicknesses.

    Figure 7. different welding types of laser welding

    Steel, stainless steel, magnesium, brass, and bronze are just a few of the various alloys that can be welded with a TIG welder.

    Light WELD laser welding:

    Light WELD is the new way to weld. Presented by IPG laser Group, it is a 1500W air cool fiber laser welding machine, It’s easier to learn, faster, and provides better quality results. But just cost more expensive than a water-cool fiber laser welder.

    It also works with more materials and thicknesses than MIG or TIG welding and provides cleaner welds with less distortion, deformation, and burn-through.

    Figure 8. IPG lightweld 1500

    Light WELD can weld different metals with different thicknesses with ease.

    In addition, it creates joints that are both strong and aesthetically pleasing. It also requires minimal or no wire in the process.

    12. How to make use of a handheld laser welding machine?

    Using of handheld laser welder is not as difficult as it sounds. All you have to do is know what you want and what you will get in return.

    The process is relatively easy, just requiring some knowledge and the right equipment.

    The first thing to do is turn the engine on. Make sure you connect it to the correct voltage because it could be dangerous or damage the machine if you do not.

    Press the emergency stop button and the laser generator button to turn on the screen or interface.

    Turn on the laser source and the water cooler/chiller.

    Specify the desired thickness of the material, and determine the appropriate power, speed, and mode to cut with an interface.

    Grab the laser welder and adjust the nozzle to project a beam.

    Make sure that the specifications of your machine are correct by testing it with scrap.

    13. What is inside a handheld laser welding machine?

    The inside of the handheld laser welding machine is:

    • Main engine.
    • Handheld laser held of the machine.
    • Water cooler chiller.
    • Optical fibers.
    • The control system.

    A handheld laser welder has higher photoelectric conversion effectiveness (> 30%), a more consistent light beam, and an adequate anti-reverse capacity.

    A premium chiller, energy-saving, steady efficiency, and the ability to handle the environment. Small in size and able to be easily adapted to manufacturing.

    Using a simple hand motion, a portable, oscillating laser head can be adjusted to 1-degree accuracy.

    It has a light form and a trustworthy efficiency that is perfect for any use. Along with comfort and ease of use, it is incomparably easy to install by one hand.

    14. What are the disadvantages of handheld laser welding machines?

    The user should operate the handheld laser welding machine. Holding it for a long time will cause fatigue, and it is not appropriate to weld large-scale parts.

    Welding is a tricky process. The welding can quickly become solid, which might mean more work for you to monitor the welded item.

    The laser’s focus must be on the workpiece, and both laser beam and workpiece must be at their closest range; otherwise, the machine does not work perfectly.

    Thicker metals are more difficult to weld than thinner ones. Metals that are 19mm thick or more might not be appropriately welded and appropriately.

    The handheld laser welding machine is thought to be one of the most expensive pieces of equipment in the welding industry.

    15. How long handheld laser welding machine lasts?

    It’s essential to take care of your laser, so it lasts for ten years or more.

    It would be best to keep in mind many factors to use the handheld laser welding machine to work long, as the way of using and electrical requirements.

    This device is equipped with a safety protection device and only can be used correctly and safely when grounded. It can protect your safety and lifetime.

    If the power access point for your equipment is close to high-power equipment, such as on the power grid, it will have a significant effect on a handheld laser machine.

    Voltage fluctuations should not be too significant, and electricity can’t vary more than 5% of the average voltage.

    When it’s over 10%, devices may not work right, and their operations will be less stable and can damage the machine early.

    16. What is the cost associated with the welding of a handheld laser welding machine?

    Are you looking for a handheld laser welding machine? The market is flooded with models, but many are expensive, but the specific device ranging in price from $15,000 to $30,000.

    Handheld laser welders are available in the $10,000 range that you can buy from a manufacturer.

    Their quality may not be very high, but they are still an option for specific situations.

    While it may be cheaper, there may be a downside. It may be less functional and have fewer features. It is also more likely to break or get damaged.

    17. Which materials can you weld with a handheld laser welding machine?

    • You can weld the frame of doors and windows with a handheld laser welding machine.
    • Every kind of hardware lamp can be weld with a handheld laser welding machine.
    • Some materials that can also be weld with a handheld laser welding machine are chassis, water tanks, and sheet metal.
    • You can also weld as well kitchen, washbasins type of hardware.
    • Billboards are also weld with a handheld laser welding machine.
    • Materials that can also weld are appliances, advertising, crafts, and furniture; silicon is widely used. It is found in molds, household items, auto parts, and many more products.

    18. What capabilities are associated with handheld laser welding machines?

    The capabilities that are associated with handheld laser welding machines are given below:

        Welding capabilities
    Sr. No material 1kw 1.5kw 2kw
        Fusion depth


    Penetration thickness


    Fusion depth


    Penetration thickness


    Fusion depth


    Penetration thickness


    1 brass ≤2 ≤1 ≤3 ≤2 ≤4 ≤3
    2 Stainless steel ≤4 ≤3 ≤5 ≤4 ≤6 ≤5
    3 Iron/mild steel ≤4 ≤3 ≤5 ≤4 ≤6 ≤5
    4 Galvanized sheet ≤3 ≤2 ≤4 ≤3 ≤5 ≤4

    19. What technical specifications are linked with a handheld laser welding machine?

    Handheld laser welding machines have a lot of technical specifications that need to be known before purchase.

    Understand the basics of laser welding with handheld devices. The most relevant and most impactful technical parameters of these devices are:

    Sr. No Parameters Specifications
    1 Model Laser welding machine
    2 Qualification rate (%) ≥ 99.5
    3 Environment Degree 5-40C
    4 Water tank volume(L) 60
    5 Power(W) 500,800,1000
    6 Wavelength(nm) 1080
    7 Beam quality(M2) 2.2
    8 Rate of failure (%) ≤2
    9 Frequency of modulation (KHZ) 20
    10 Crop mobility (%) ≥95
    11 Cryogen (KG) 2
    12 Handheld welding head (QBH/F) 100-200
    13 Weight(kg) 300


    20. What configurations are associated with handheld laser welding machine?

    Welding is a complex process. Three types of configurations are available when one purchases a handheld laser welding machine.

    • Semi-Automatic.


    These are very big laser welders. They do not need human interference so that users can breathe a sigh of relief.

    Building a loading and unloading station will reduce the time it takes to load and unload goods and increase efficiency profits.

    This is a robotized, automated system that utilizes lasers.

    You can’t use it for just any sized business, but it offers many benefits for larger-scale industries.

    The downside is that it is much more costly than other methods.


    Semi-automatic laser welding machines are convenient for people who don’t want to spend hours on their feet.

    The controller starts the process by loading pieces into the fixture.

    These large machines are more than just hand welding tools.

    They can improve the production for medium and large-sized industries with their rotating platforms.


    These machines require considerable skill and maintenance. They are not as easy to use as semi-automatic and automatic machines.

    The operator has the responsibility of guiding the sequence of welding parts. It is most effective for producing trim levels of production.