Fiber Laser Welding Machine
- 3–5x faster than TIG welding in most thin-sheet applications
- Smooth, consistent weld seam
- Compatible with a wide range of metallic materials
- Laser source lifespan up to 100,000 hours
- up to 30–35% electro-optical conversion efficiency
- Beginner-friendly touchscreen control system
- Supports 17 switchable languages
What Is a Fiber Laser Welding Machine?
As a professional CNC machinery maker, ElephMax supplies single-function handheld units, 3/4-in-1 multi-function handheld models and 3D automatic workstations.
By focusing a laser beam to rapidly melt metal, they achieve non-contact, high-speed welding of materials such as carbon steel, stainless steel, aluminum, and copper, producing smooth and uniform welds. They are widely used in various industries, including hardware, new energy, medical devices, and shipbuilding.
Types of ElephMax Fiber Laser Welding Machine
Fitted with a 3000W Maxphotonics laser, this MCCW30 machine realizes four switchable functions: welding, cutting, surface cleaning and weld seam cleaning.
It supports an optional 15 mm scanning width for laser cleaning, integrates four functions, is easy to operate, and can weld various metals and clean surface rust and oil stains.
The 5-axis gantry system enables long-duration unattended operation of irregular parts. With 30-35% electro-optic efficiency, it reduces energy consumption and operating costs.
Its 2000W Maxphotonics source welds metal sheets up to 5mm while the handheld head also handles cutting, surface cleaning, and weld-seam cleaning for cabinet, furniture, and metal fabrication work.
With a 1000W fiber laser, it enables 360° high-speed welding for complex parts, ideal for thin advertising and decorative workpieces.
Available from 1000W to 3000W, this compact 3-in-1 system handles metal welding, cutting, and non-contact cleaning while taking up less workshop space than separate machines.
Classified by Equipment Functions
- Single-function Fiber Laser Welding Machine
It delivers outstanding welding precision and speed, supports 360° micro welding, and covers various welding methods such as spot, butt, seam and seal welding.
- 3 in 1 Handheld Fiber Laser Welding Machine
It supports welding, cutting, and surface cleaning, reducing equipment purchase costs. It has a small footprint, ensures welding quality, and its handheld torch enables highly flexible processing.
- 4 in 1 Handheld Fiber Laser Welding Machine
It combines welding, cutting, surface cleaning and weld seam cleaning, with its post-weld cleaning function reducing the need for grinding and polishing, and multiple power options available.
Benefits Of Fiber Laser Welding Machine
Built with MAX or Raycus fiber laser sources, it delivers up to 30–35% electro-optical efficiency with stable long-term operation.
It comes with a matching industrial water chiller corresponding to the laser power to sustain steady heat dissipation and helps reduce power degradation.
Equipped with long fiber cables and light welding torches, our portable fiber laser welder suits workshop batch work and on-site maintenance.
Options include single-function, 3-in-1, and 4-in-1 configurations, helping save workspace and reduce equipment investment by replacing multiple machines.
It efficiently welds carbon steel, stainless steel, aluminum alloy and galvanized sheets, suitable for the hardware, new energy, medical and shipbuilding industries.
Laser welding speed is 3–5 times that of argon arc welding, significantly reducing processing time per unit and increasing production efficiency.
Concentrated laser heat input results in a small heat-affected zone and smooth, even weld seams, reducing the need for secondary grinding and polishing.
Equipped with a touchscreen control system, even beginners can quickly get started with simple training.
Low Labor Costs
Equipped with an intelligent CNC control system, our fiber laser welding machine can pre-store preset calibration welding parameters for various materials such as stainless steel, aluminum alloy, and titanium alloy. This reduces reliance on experienced welders and produces uniform, smooth welds, thus saving labor costs associated with secondary polishing.
Our 3D Automatic Fiber Laser Welding Machine can automatically plan welding trajectories and perform real-time weld tracking, supporting unattended continuous batch production, thereby further helping you reduce labor costs.
Comprehensive After-Sales Support
We can provide on-site installation and training (within China) or related online training courses. In case of equipment failure, we can arrange for engineers to remotely troubleshoot and repair via video, telephone, or other online methods. Furthermore, we offer a long-term supply of original factory parts and a one-year free warranty. Our after-sales team will also regularly follow up on equipment visits to ensure your satisfaction with our products.
Why Choose ElephMax Fiber Laser Welding Machines for Industrial Manufacturing
- Certifications: Possess ISO9001, SGS, CE, BV and other international quality system certifications.
- Factory and Technical Team: 75,000 square meters of modern production workshops and a professional technical service team of over 500 people.
- Rich Industry Experience: 16 years of experience providing customized CNC machinery solutions for more than 9,000 domestic and overseas manufacturers.
- 24/7 support: Consultations are available via website, email, or telephone.
- Parts supply: Support the long-term supply of original machine parts.
- OEM Customization Available: Customizable power, dimensions, system parameters, color and appearance styles.
- Complete After-sales Support: 12-month warranty, 60-day trial period, plus lifetime technical support.
Applications of Fiber Laser Welding Machine
Our fiber laser welding machine produces a small heat-affected zone, which avoids workpiece deformation, and supports welding of various metals, making it suitable for mass production of power batteries, battery trays, etc.
In the field of medical device manufacturing, you can use fiber laser welding machines to process titanium alloy implants and stainless steel stents, ensuring smooth welds and meeting the high-precision requirements of medical devices.
Using fiber laser welding machines to process automotive chassis and exhaust components can meet your requirements for high-strength structures when manufacturing automobiles, and is compatible with automated automotive production lines.
When processing stainless steel sinks, decorative hardware, elevator metal panels, etc., our fiber laser welding machines produce smooth welds, reducing the need for manual polishing and meeting aesthetic requirements.
You can also use this machine to manufacture electrical control chassis and sheet metal housings, ensuring stable welding results during mass production and preventing burn-through when processing thin sheets.
In shipbuilding, the use of fiber laser welding machines to process ship pipes and decks can ensure the sealing of pipes and the pressure resistance of decks.
More About Our Company
- Certifications
- 4-in-1 Laser Welding Machine Video
- Single-Function Fiber Laser Welder Spec
- 3-in-1 Handheld Fiber Laser Welder Spec
- MCCW Series 4-in-1 Comparison Parameter Table
ElephMax owns 120+ patents and global certifications such as CE, ISO9001, BV, SGS and TUV to comply with international standards. Every 4-in-1 laser welder passes more than 160 quality inspections for stable performance, long service life and wide industrial applicability.
| Item | Parameter |
| Type | Handheld / Automatic Table / Robotic Station |
| Function | Laser Welding Only |
| Power Range | 1000W–3000W |
| Item | Parameter |
| Model | Custom 3-in-1 Handheld Welder |
| Functions | Welding, Cutting, Surface Cleaning (No weld seam cleaning) |
| Optional Power | 1000W, 1500W, 2000W, 3000W |
| Power Supply | Single-phase 220V |
| Cooling | Water Cooling |
| Max Welding Thickness | Carbon steel ≤4mm, Aluminum ≤2.5mm |
| Item | MCCW15 (1500W 4-in-1) | MCCW30 (3000W 4-in-1) |
| Model | MCCW15 General 4 in 1 | MCCW30 General 4 in 1 |
| Integrated Functions | Welding, Cutting, Surface Cleaning, and Weld Seam Cleaning | Welding, Cutting, Surface Cleaning, and Weld Seam Cleaning |
| Laser Power | 1500W | 3000W |
| Laser Source | MAX/Raycus Fiber Laser | MAX Fiber Laser |
| Laser Wavelength | 1080nm | 1080nm |
| Power Supply | Single-phase 220V 50/60Hz | Three-phase 380V 50/60Hz |
| Cooling System | Water Chiller | Independent Industrial Water Chiller |
| Max Welding Thickness (Carbon Steel / Stainless Steel) | ≤4mm | 7–8mm |
| Max Welding Thickness Aluminum Alloy | ≤2.5mm | ≤5mm |
| Max Cutting Thickness | 1.5mm metal sheet | 2mm metal sheet |
| Cleaning Scan Width | Optional 30/70/80mm | Optional 30/70/120mm |
| Welding Wire Diameter | 0.8–1.2mm | 0.8–1.6mm |
| Fiber Cable Length | 10m (customizable) | 10m (customizable) |
| Operating System | Supports 17 switchable languages | Supports 17 switchable languages |
| Welding Torch Weight | ≤0.7kg | ≤0.7kg |
Testimonials
Our previous TIG welding equipment produced uneven welds on titanium alloy aerospace components, requiring additional polishing. We later purchased the 3D Automatic Fiber Laser Welding Machine from ElephMax. This equipment helped us achieve consistently smooth weld quality, significantly improving our production efficiency. Its high level of automation also helped us effectively reduce labor costs by nearly 20%.
Aerospace Parts Production | Mr. Julian Hayes, USAWe previously used separate welding and rust removal equipment to process metal doors, but the process was too cumbersome. Later, we were recommended to purchase the ElephMax MCCW15 General 4-in-1 Fiber Laser Welding Machine. This all-in-one compact machine integrates four functions, greatly streamlining our workflow, cutting power consumption, and trimming required floor space by around 12 square meters.
Metal Door and Window Fabrication | Mr. Montree Prempreeda, ThailandPreviously, after processing thin metal billboards and other products using arc welding equipment, we had to polish them to make them look aesthetically pleasing. This was too slow. Later, a friend recommended the ElephMax 1000W handheld fiber laser welder, which was perfectly suited for the thin metal sheets we needed to process. Our production cycle time decreased by 21%, and we subsequently took on more projects.
Decorative Signage Production | Mr. Oliver Reed, MalaysiaPreviously, we used TIG welding technology to process automotive exhaust pipes and aluminum chassis components. Because the resulting welds were relatively rough, subsequent polishing was necessary, leading to low production efficiency. After switching to the ElephMax handheld fiber laser welder, the welds on automotive metal parts are now very smooth. Our processing speed has also increased, and we have successfully received more OEM orders.
Automotive Parts Fabrication | Mr. Luis Gomez, Mexico
The price of our fiber laser welding machine is affected by the laser power, function type, and laser source.
Higher laser power brings better processing performance at a higher cost. 4-in-1 configurations cost more than 3-in-1 or single-function versions, and imported IPG sources are pricier than domestic Raycus/MAX units.
Operating modes, accessories and custom demands also affect pricing. ElephMax can tailor the most cost-effective fiber laser welder to fit your budget and project requirements.
Your payback period depends on your daily output, labor cost savings, and less post-weld processing work.
ElephMax fiber laser welding machines feature high automation and deliver smooth welds, cutting labor and polishing expenses. Most metalworking shops with stable orders can recoup their costs within 6–12 months.
Daily welding workload is affected by factors such as laser power, material, and sheet thickness. The ElephMax handheld laser welding machine operates 3 to 5 times faster than TIG welders, enabling it to complete hundreds of meters of welding on medium-thin metal sheets daily.
No, fiber laser welding cannot completely replace TIG welding. However, when processing thin plates with a thickness of less than 5mm, fiber laser welding is far superior to TIG in terms of welding speed, quality, and operational threshold, and can be used as a perfect substitute for TIG.
They work differently: fiber lasers weld using a focused laser beam, while TIG uses a high-temperature arc generated by a tungsten electrode.
If you require higher welding speeds, fiber laser welding is recommended. Fiber laser welding is 3 to 5 times faster than traditional methods, can process more material, produces smooth welds, and requires less operator skill.
TIG performance is highly dependent on operator skill, is only suitable for common metals, and is ineffective on reflective materials such as aluminum and copper.
First, you need to select the laser power based on the material and thickness; for instance, processing 2mm carbon steel requires 1000W of power.
Next, choose 3-in-1 or 4-in-1 based on your budget and output needs. The cost-effective 3-in-1 covers welding, surface cleaning and thin metal cutting. Pick 4-in-1 if you need extra weld seam cleaning.
Additionally, pick your laser source (Raycus/MAX), cooling system and handheld model. Custom OEM options are offered, and we will customize cost-effective solutions for you.
The ElephMax 1064nm handheld fiber laser welder cannot reliably process transparent non-metals such as glass and ceramics, common plastics, and materials like pure silver and pure gold. Furthermore, it is not well-suited for welding dissimilar metals that cannot be directly fused, such as copper and aluminum, workpieces with thick paint coatings, or steel plates thicker than 8- 10 mm.
To ensure the stable operation and longevity of the fiber laser welding machine, you need to clean the lens daily and check the chiller and gas supply. The chiller filter and the interior of the equipment also require regular cleaning; additionally, damaged parts, such as nozzles, must be replaced promptly.