Fiber Laser Cutting Machine Manufacturers & Factories

Precision Engineering, Global Quality Compliance, and Innovative Smart Metal Fabrication Solutions Powered by E-E-A-T Principles.

Premium Laser Systems Showcase

Explore our high-performance flagship CNC fiber laser cutting equipment designed for diverse industrial parameters.

Wholesale LX3015P CNC Fiber Laser Cutting Machine

LX3015P Sheet Metal CNC Fiber Laser Cutting Machine

Heavy Duty Steel Cutter with Rotary Exchange Table and Protective Enclosed Cover.

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ODM LX3015FT Fiber Laser Cutting Machine

ODM LX3015FT Sheet and Tube Raycus Fiber Laser Cutter

High performance 1-30KW cutting range with rotary axis for stainless steel and carbon steel processing.

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ODM LX62TH Round Square Pipe Fiber Laser Cutting Machine

ODM LX62TH Round & Square Pipe Fiber Laser Cutting Machine

Professional pipe cutting system supporting power outputs from 1000W up to 6000W.

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China LX62THA Automatic Laser Pipe Cutting Machine

China LX62THA Automatic Loading and Unloading Tube Cutter

Intelligent loading automation matching high power capacity ranges: 1000W to 8000W.

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ODM LX62TX Heavy-Duty Stainless Steel Laser Tube Cutter

ODM LX62TX Heavy-Duty Three Chuck Laser Tube Cutting Machine

Highly precise zero-wastage three chuck alignment system engineered for structural piping.

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High-Quality LX82TS Fiber Laser Metal Tube Cutting Machine

High-Quality LX82TS Aluminum & Metal Tube Laser Cutting Machine

Promotional factory-direct pricing supporting ranges from 1KW to 6KW configurations.

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Best LX62TE Professional Metal Pipe Cutting Machine

Best LX62TE Professional Metal Pipe Fiber Laser Cutting Machine

Engineered for round, square and customized profile tubes; power range options 1kW to 6kW.

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China LX83THA Automatic Loading CNC Fiber Laser Tube Cutter

China LX83THA Automatic Loading CNC Fiber Laser Tube Cutter

High-throughput manufacturing design configured for seamless material intake cycles.

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The Macro-Industrial Transition: Why Fiber Lasers Lead the Market

The global metal fabrication landscape is transitioning from conventional CO2 and mechanical stamping towards high-speed, high-density fiber laser technology. The reasons are rooted in thermodynamics and economic efficiency. Fiber lasers operate at a wavelength of approximately 1.06 microns, which is absorbed far more readily by most metals compared to the 10.6-micron wavelength of CO2 lasers. This leads to cutting speeds up to three times faster for thin sheets, coupled with a 70% reduction in electricity consumption.

Furthermore, fiber lasers require no internal mirror alignment or gas laser cavities, reducing maintenance downtime by nearly 90%. As smart factories embrace the Industry 4.0 roadmap, fiber laser cutting machines act as essential data nodes, integrating real-time telemetry, automated nesting, and material tracking protocols to minimize sheet scrap and maximize manufacturing throughput.

Key Industry Metrics

1.06 µm
Optimal Absorption Wavelength
-70%
Energy Consumption Savings
3X
Speed Multiplier in Thin Sheets

About Our Manufacturing Excellence

Focused on pioneering high-precision laser equipment since 2004.

18 Years of Engineering

Established in July 2004, our manufacturing entity has dedicated nearly two decades exclusively to the advancement of laser cutting, laser welding, and laser cleaning machinery. We have scaled our physical footprint to over 500 square meters of specialized researching/office space, paired with a massive 32,000 square meters manufacturing facility.

Global Footprint & OEM Support

With over 20,000 active users distributed across 150+ countries, our equipment is proven across varied climatic and operational conditions. We offer comprehensive OEM/ODM services for more than 30 world-class industrial equipment brands, adapting sheet designs, power ratings, and software UI to unique international markets.

Strict Regulatory Compliance

To ensure seamless customs processing and occupational safety compliance, all our production systems have earned the European Union CE authentication, American FDA certificate, and are certified strictly to ISO 9001 quality management standards.

2004
Establishment Year
32,000+ m²
Production Area
20,000+
Global Installations
150+
Export Destinations

Interactive Factory & Office Gallery

Global Industry Applications

Our heavy-duty fiber laser cutters, high-precision welders, and eco-friendly cleaning systems are custom engineered to fit the production lines of various high-value industries:

  • Aerospace & Defense: Precision cutting of titanium alloys and honeycomb core structures.
  • Automotive Body-in-White: High-speed component nesting, chassis cutting, and spot-welding replacement.
  • Kitchenware & Cabinetry: Distortion-free, clean edge cutting of thin stainless-steel plates (304, 316).
  • Heavy Industrial Machinery: Processing profiles for agriculture, rail, and cranes with thicknesses exceeding 20mm.
Helping World Metal Cutting

Processing Materials & Profiles

Our systems are configured with adaptive cutting gas interfaces (Oxygen, Nitrogen, Compressed Air) to optimize surface finish and cutting speed metrics for specific materials:

Aluminum Aluminum
Carbon Steel Carbon Steel
Copper Copper
Galvanized Galvanized
Other Metal Other Metal
Round Tube Round Tube
square-tube Square Tube
Stainless-steel Stainless Steel

Technology Roadmap & Smart Manufacturing

Strategic directions for fiber laser integrations, automation modules, and future plant architectures.

Smart Automation & Autonomics

We are integrating closed-loop feedback systems using high-resolution optical sensors in the laser head. Real-time drift adjustment and automatic focal position calibration protect the head during ultra-high power cutting (30kW+). Automatic nozzle cleaning and switching units guarantee continuous lights-out operation shifts.

Multi-Axis Tube Processing

Advanced heavy-duty three-chuck and four-chuck tube feeding platforms allow high-rigidity processing of large, heavy structural profiles. With smart pneumatic chuck tension adjustment, thin-walled pipes are processed without deformation while eliminating metal tailing waste down to zero millimeters.

Industry 4.0 Ecosystem

Connecting all field machinery into an unified Ethernet control system with MES interface capabilities. Real-time reporting on active energy consumption, cutting diagnostics, gas level status, and overall equipment efficiency (OEE) allows manufacturing units to achieve automated control across global branch factories.

Laser Innovation Concept

Global Grid Adaptations & Processing Metrics

Comprehensive layout of technical parameters matching localization certifications.

Different manufacturing regions demand strict electrical, auxiliary, and structural adaptations. Below is the reference architecture for installing high-performance fiber laser systems globally:

Regional Standard Voltage Adaptations Required Aux Gas Purity Required Certifications Local Support Level
North America 480V 3-Phase, 60Hz N2: 99.999% | O2: 99.95% FDA Accession Number, UL Electrical Control 24/7 Field Techs, Local Parts Depot
European Union 400V 3-Phase, 50Hz N2: 99.999% | O2: 99.95% CE Machinery Directive, ISO 9001 Local Distributors, German/Italian Hotlines
Southeast Asia 380V/415V 3-Phase, 50Hz N2: 99.99% | O2: 99.9% ISO 9001, Regional Import Clearances Remote Diagnostic Node, Regional Field Reps
Latin America 220V/440V 3-Phase, 60Hz N2: 99.99% | O2: 99.9% ISO 9001 Compliance Bilingual Service Support (Spanish/English)

Fiber Laser Cutting FAQ & Industry Whitepaper Q&A

Technical answers to common deployment challenges, material handling, and equipment selection queries.

Q1: What are the main operational cost differences between Nitrogen and Oxygen cutting processes?
Nitrogen Cutting: Primarily used for stainless steel and aluminum. Nitrogen acts as an inert shielding gas to prevent surface oxidation, keeping the cut edge clean for welding or painting without requiring post-processing. Because it relies on pure mechanical ejection of the molten metal via pressure (typically 12-18 bar), gas consumption is high.

Oxygen Cutting: Used primarily for carbon/mild steel. Oxygen actively reacts with the iron (exothermic reaction), which supplies up to 60% of the thermal energy required to burn through the material. This keeps gas consumption low (0.5 to 2.5 bar), but leaves a black oxide layer on the cut edge that requires removal before plating or high-spec welding.
Q2: How does the thickness threshold determine the choice of laser power?
Selecting the appropriate power rating (1kW to 30kW+) depends on the production throughput and maximum metal thicknesses. A 3kW fiber laser is optimized for mild steel up to 20mm and stainless steel up to 10mm. For consistent batch cutting of 25mm+ steel plates, a 12kW to 20kW system is recommended. High-wattage systems increase the cutting speed of medium thickness (6-12mm) plates by over 300%, lowering the cost per cut.
Q3: How are reflective metals like brass and copper managed safely in fiber laser systems?
Highly reflective metals back-reflect the laser energy, potentially damaging the optics. Modern fiber lasers incorporate optical isolators and back-reflection sensing switches that shut down the laser module instantly if reflected light is detected. Additionally, adjusting the cutting beam path angle and using specialized high-reflection cutting parameters in the CNC nesting software reduces risk.
Q4: What certifications are mandatory for importing fiber laser cutters to the US and EU?
For entry into the United States, the laser source and full system must have an FDA accession number, certifying compliance with radiation safety protocols. For the European Union, CE marking is mandatory, proving compliance with the Machinery Directive, Electromagnetic Compatibility (EMC) Directive, and Low Voltage Directive.
Q5: How does a three-chuck pipe cutting system compare to standard two-chuck models?
Standard two-chuck setups leave tailing waste on the ends of the raw pipe (typically 150mm to 300mm). A three-chuck system uses a dynamic center chuck that moves in tandem with the feed and discharge chucks. This structure enables real-time feeding and supports the pipe close to the cutting head, allowing zero-tailing waste cutting.

Specialized Smart Fabrication Portfolio

Discover our range of advanced metalworking technologies, including laser cladding, welding, cleaning, bending, and shearing machines.

Laser Cladding Systems

LXRF-6030

LXRF-6030 Hot Selling Single Axis Surround Laser Cladding Machine

High-performance surface modification for industrial cylinders and shafts.

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LXRF-6030 Positioner

LXRF-6030 Laser Cladding Single Axis Positioner Module

Precision-controlled rotary axis for uniform cladding distribution.

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LXRF-6030 Robot

LXRF-6030 High Precision Single Axis Positioner Laser Cladding CNC Robot

Integrates multi-axis robotic arm movements with real-time cladding monitoring.

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Laser Cleaning Systems

LXC-TIW

LXC Metal Tube Inner Wall Laser Derusting Cleaning Machine

Internal rust and slag removal for structural tubing.

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LXC-TOW

LXC Metal Tube Outer Wall Laser Rust Removal Cleaning Machine

Outer pipe cleaning for coating pre-treatment.

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LXC-Large Format

LXC Large Format Sheet Metal Laser Cleaning Machine

Gantry system configured for wide-span plate cleaning.

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LXC-200W

New Pulse Tie Rod 200W Fiber Laser Cleaning Machine

Pulsed beam delivery prevents heat build-up on thin metals.

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Laser Welding Systems

LXW-1500W

LXW-1500W Integrated Laser Welding Metal Machine

Ergonomic handheld welder supporting variable wire feed.

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LXW Enclosed

LXW Fully Surrounded Flat Metal Laser Welding Machine

Fully enclosed safety cabin to protect operators from reflected beams.

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LXW Tabletop

LXW-1000/1500/2000W Tabletop Laser Metal Welding Machine

Compact design for benchtop production runs.

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LXW-3000W

LXW-3000W Handheld Fiber Optic Laser Welding Machine

High-power welder for deep-penetration metal joins.

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CNC Bending Systems

WE67K-63T1600

WE67K-63T1600 Electro-hydraulic Servo Bending Machine

High precision multi-axis synchronized CNC press brake.

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Full Electric

CNC Full Electric Servo Bending Machine Press Brake

Fully electric servo system for high-speed folding cycles.

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LHA05

LHA05 Flexible Bending Machine at Cost Price

Automated panel bender for complex, multi-sided folding tasks.

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LX-3512

LX-3512 Universal High Performance All-Electric Bending Machine

Optimized for fast setup runs and high precision accuracy.

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CNC Shearing Systems

QC11Y

QC11Y Hydraulic Gate Shearing Machine for Metal

High-capacity guillotine shear with hydraulic blade gap setting.

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Q35Y-16

Q35Y-16 Integrated Punching & Shearing Machine

Universal ironworker machine supporting angle, bar, and channel cutting.

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QC12Y

QC12Y High Quality Hydraulic Pendulum Sheet Metal Shearing Machine

Heavy-duty swing beam shear with CNC rear backgauge control.

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Advanced Production Line Models

Explore specialized industrial solutions, automated enclosures, coil-fed configurations, and high-precision systems.

High-Quality LX3015PT Metal Sheet and Tube Fiber Laser Cutter

LX3015PT Exchange Table Sheet & Tube Fiber Laser Cutter

High-capacity system configuration supporting output ranges from 1KW to 12KW.

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OEM LX3015PTW CNC Laser Cutting Machine

OEM LX3015PTW Exchange Table Rotary CNC Laser Cutter

Engineered for cutting copper, aluminum, iron, and stainless steel.

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China LX8025P High Power Enclosed Exchange Table Fiber Laser Cutting Machine

China LX8025P Enclosed High Power Exchange Table Laser Cutter

Large format fully-enclosed industrial cutting system for carbon and stainless steel plates.

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Custom LX3015PA Automation Device Fiber Laser Cutter

Custom LX3015PA Automation Device Fiber Laser Cutter

Automated sheet loaders and unloaders integrated for high-volume factories.

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OEM LX16030L CNC Fiber Optical Laser Cutting Machine

OEM LX16030L High Power Gantry Fiber Optical Laser Cutter

Designed for large plates with options spanning from 4kW up to 20kW capacity.

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OEM LX3015FL Enclosed Coil Fiber Laser Cutter

OEM LX3015FL Coil-Fed Enclosed Fiber Laser Cutting Machine

Automated coil feeding line for continuous metal roll cutting from 1KW to 4KW.

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High-Quality LX1390M Mini Small CNC Fiber Laser Cutting Machine

High-Quality LX1390M Mini Small CNC Fiber Laser Metal Cutter

Space-saving compact frame designed for small electronic enclosures and signage.

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OEM LX0640G High Precision Mini Fiber Laser Cutter

OEM LX0640G High Precision Mini Fiber Laser Cutter

Equipped with linear motor and ball screw transmission for micro-cutting.

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All Fiber Laser Cutting Machine Products