Industrial Fiber Laser Cutting Machine Manufacturer
- 3–6x faster than CO₂ laser cutting for thin-to-medium metal sheets
- Burr-free cutting surface, ±0.05mm precise positioning
- Suitable for diverse metal sheets and tubes
- Rigid heavy-duty welded steel frame, long-term structural stability
- 30-35% high electro-optic conversion efficiency
- Intuitive touchscreen CNC system with auto cutting
- Supports 17 languages for interface switching
What Is a Fiber Laser Cutting Machine?
ElephMax fiber laser cutting machines utilize a high-energy laser beam generated by a fiber laser source to achieve precise, high-speed cutting of metal materials.
They are suitable for processing metal materials such as carbon steel, stainless steel, spring steel, silicon steel, aluminum, and galvanized sheets, and apply to general metal processing, sheet metal processing, heavy industry, and light industry.
Sheet Metal Laser Cutting Machines
Automatic focusing follows the sheet surface at up to 10m/min, reducing manual focus adjustments during fiber laser cutting.
A precision marble countertop sits on the sheet-welded bed, giving the 9090Q a dedicated working surface for small-format metal cutting.
Raw sheets and finished parts have separate trays, so the 1530AS fiber laser cutting machine handles material loading and part collection in the same automated system.
The 1325FL uses an aircraft-grade aluminum beam treated by artificial aging and solution treatment for its laser cutting motion system.
With cutting areas up to 2500×8000mm and laser power up to 20kW, the 1530SG handles oversized metal plates in one setup.
A fully enclosed design with 20–25s automatic platform exchange, keeping sheet loading and cutting within one enclosed workflow.
A 600℃ stress-relieved thick-wall steel bed forms the structural base of the 1530F fiber laser cutting machine.
Built for coil stock rather than individual sheets, the 1530FC uses a rolling blade table for continuous metal cutting.
Tube Metal Laser Cutting Machines
Tube＆Sheet Metal Laser Cutting Machines
Classified By Processable Workpiece Shapes
- Sheet Fiber Laser Cutting Machine
This metal fiber laser cutting machine is designed specifically for cutting 2D flat metal sheets; it offers excellent cutting speeds and ensures smooth, burr-free cut edges.
- Tube/Pipe Fiber Laser Cutting Machine
This fully automatic fiber laser tube cutter cuts and pierces 3D metal tubes and profiles. Fitted with pneumatic or electric rotary chucks, it handles round, square, elliptical tubes, H-beams and custom profiles with minimal material waste.
- Tube And Sheet Metal Laser Cutting Machines
It combines the functions of cutting flat sheet metal and pipes, has a lower procurement cost, and can effectively save factory space, making business transformation and order taking more flexible.
Benefits Of Fiber Laser Cutting Machine
Cuts thin-to-medium metal sheets up to 2–3× faster than CO₂ laser cutting, improving production efficiency.
Delivers stable positioning accuracy for burr-free and clean cutting edges.
An intelligent nesting system helps optimize sheet layout and reduce material waste in production.
Processes carbon steel, stainless steel, galvanized sheet, aluminum, copper, and alloy materials.
30–35% electro-optical conversion efficiency reduces power consumption and operating costs.
Touchscreen CNC system with automated functions and 17-language interface support, making it easy for operators to learn.
Space-saving structure suitable for small and medium-sized workshops and production lines.
Low emissions, low noise, and reduced auxiliary gas consumption for eco-friendly production.
Lower Overall Expense
ElephMax fiber laser cutting machines achieve an electro-optical conversion efficiency of 30% to 45%, approximately three times that of CO2 lasers, thereby reducing energy consumption costs.
Intelligent feeder technology improves sheet utilization and reduces material waste, while high automation cuts labor costs, and the laser source boasts a service life of up to 100,000 hours to further lower long-term operating costs.
Satisfactory service
ElephMax offers free expert guidance and consultation and can customize dimensions, functions, and appearance to meet your project needs, providing the most cost-effective fiber laser cutting system. Our products undergo over 160 quality tests, and samples can be provided to ensure they meet your requirements.
We also provide product usage training. In case of equipment malfunction, we can arrange for engineers to remotely troubleshoot and repair via video, telephone, or other online methods.
Leading Fiber Laser Cutting Machine Manufacturer in China
- 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.
Fiber Laser Cutting Machine’s Wide Applications
Fiber laser cutting machines can process a wide variety of workpiece shapes. You can use them to process automotive body panels, chassis brackets, exhaust pipes, EV battery enclosures, motor housings, and seat frames.
With their high-precision and high-quality processing capabilities, fiber laser cutting machines can process aircraft fuselage skins, engine components, ship structural frames, and precision marine parts.
In the construction industry, you can use fiber laser cutting machines to cut H-beams, steel pipes, curtain wall components, prefabricated building parts, bridge fittings, and building metal profiles.
In elevator manufacturing, you can use fiber laser cutting machines to quickly and accurately process elevator car wall panels, door panels, decorative stainless steel panels, and elevator support frames.
In elevator manufacturing, fiber laser cutting machines can be used to process elevator car wall panels, door panels, decorative stainless steel panels, and elevator support frames.
Fiber laser cutting machines are ideally suited for manufacturing medical equipment that requires extremely high precision, such as surgical instrument racks and medical device housings.
More About Our Company
- Certifications
- Fiber Laser Cutting Machine Video
- Specification
ElephMax holds over 120 patents and authoritative certifications, including CE, ISO9001, BV, SGS, and TUV, meeting internationally recognized standards. Each fiber laser cutting machine we manufacture undergoes over 160 quality inspection procedures, ensuring stable performance, long service life, and adaptability to various industry needs.
| Model | ELECNC-F Series |
| Machine size | 1325F,1530F,1560F,etc |
| Working size | 1515*3030mm |
| Repeat position accuracy | +0.03mm |
| Max acceleration | 1.5G |
| Laser power | 1kW -6kW |
Testimonials
We previously used plasma cutting equipment to process stainless steel, carbon steel, and other metal sheets for elevator panels and cabinets, but the results were not ideal. The cut edges were often rough, requiring additional deburring and grinding, and material waste was significant.
After researching manufacturers online, we purchased the ElephMax 1530E fiber laser cutting machine. This equipment increased our production efficiency by nearly 45% and reduced raw material waste to 4%.
Sheet Metal Production | Mr. Lucas Binette, Metal Manufacturing Plant, UAEWe recently purchased ElephMax 1530EL6T Tube and Sheet Fiber Laser Cutting Machines to replace our previous separate sheet metal cutter and pipe saw, which can switch between sheet metal and pipe cutting. They deliver great cutting quality and save workshop space. Furthermore, ElephMax recently followed up on our equipment usage and indicated that we could contact them anytime if we encountered any problems.
Automotive and Electric Vehicle Component Manufacturing | Mr. Diego Costa, Mexican Automotive Component SupplierWe are a three-year-old aerospace component manufacturing company. On recommendation, we purchased ElephMax 1530AS fiber laser cutting machines in bulk for cutting aerospace-grade aluminum alloy structural panels.
The 0.05 mm cutting precision of these machines meets our aerospace-grade production requirements. Furthermore, the automated loading and unloading system allows our production line to operate efficiently for extended periods.
Aerospace Precision Component Manufacturing | Ms. Clara Wilson, USOur factory needs to process sheet metal and tubing when producing stainless steel cabinets, sinks, and metal support components. After comparing multiple suppliers, we purchased cost-effective ElephMax tube and sheet fiber laser cutting machines in bulk. This equipment allows us to complete the processing of all cabinet frame components on the same machine, and the cut surfaces are smooth, reducing our additional manual polishing costs.
Kitchen Hardware Production | Ms. Sofia Alvarez, Colombia
The payback period for our fiber laser cutting machines typically ranges from 6 to 18 months, depending on your production scale and the type of materials being processed. For large-scale mass production, the machine’s superior cutting speed and quality will significantly shorten your return on investment period.
Laser power and laser source brand are the main factors determining the price of fiber laser cutting machines. ElephMax offers three light source options: the economical domestic Raycus/MAX and the high-end imported IPG. While higher power or IPG light sources can improve cutting performance, they will also increase the overall cost.
Worktable size, core CNC configuration, automatic accessories such as exchange tables, and customization requirements also affect the final price.
Choose laser power based on your metal types, plate thickness, output volume and cutting standards. Here’s a quick reference:
- 1kW–2kW: For metals under 6mm; small fiber laser cutting machines for limited workshop space.
- 3kW–4kW: Carbon steel ≤20mm, stainless steel ≤12mm; cost-effective for standard metal parts.
- 6kW: Fast cutting for carbon steel up to 25mm, mixed thin & medium sheets.
You should select a model with an extra power reserve instead of running the machine at maximum capacity daily.
The assist gases commonly used in fiber laser cutting include oxygen, nitrogen, compressed air, and argon; their applications are as follows:
- Oxygen: Low-cost, speeds up carbon steel cutting via an oxidation reaction
- Nitrogen: Delivers clean burr-free cuts for stainless steel, aluminum and galvanized sheets
- Compressed air: Budget pick for thin metals with loose surface standards
- Argon: For highly reflective metals like copper and brass
Our fiber laser delivers smooth, burr-free narrow-kerf cuts with minimal thermal impact, eliminating secondary polishing for most metal workpieces, ideal for precision medical components. CO₂ lasers excel at non-metals like acrylic and plastic.
Under identical working conditions, fiber lasers outperform CO₂ units for thin and medium metal sheets with higher efficiency. Plasma cutting creates rough, slaggy cuts and large heat-affected zones needing grinding, only fit for low-standard rough structural parts.
Fiber laser cutting machines cannot directly read standard image files, so they rely on specific software. Our fiber laser cutting machines are generally compatible with three main categories of software:
- Design tools: AutoCAD, SolidWorks, CorelDRAW
- Laser control systems: CypCut, HypCut, with auto nesting functions
- CAM nesting software: SigmaNEST, Lantek, ProNest, for material-saving layout optimization
You can select suitable software according to your project demands.
Maintenance of the fiber laser cutting machine primarily involves the following tasks:
- Daily upkeep: Clean cutting lens, clear cutting head dross, test assist gas pressure
- Regularly clean the dust system, replace filters and inspect fiber cables
- Monthly: Lubricate guide rails, calibrate machine alignment
- Every 2–3 months: Replace chiller water and clean filters to stabilize laser power
- Every 6–12 months: Check laser source, rotary chuck and circuits to extend service life
Many factors affect the cutting precision and stability of fiber laser cutting machines, such as inconsistent beam output caused by focusing lens wear, guide rail deformation, or uncalibrated cutting heads.
Additionally, fluctuations in ambient temperature, unoptimized cutting parameters, uneven workpiece clamping, and unstable industrial power supplies can also impact processing stability.
You need to regularly check these aspects of your fiber laser cutting machine to prevent any impact on the production process.