Explore our top-performing laser systems designed to enhance efficiency and precision
Analyzing the evolution of high-efficiency laser thermal processing in modern industrial ecosystems
The global market for sheet metal fabrication is undergoing a rapid, technology-driven paradigm shift. Traditional mechanical shearing, punching, and legacy plasma cutting systems are increasingly replaced by modern fiber laser cutting technologies. With superior beam quality, high electro-optical conversion rates, and minimal heat-affected zones, fiber lasers have set new benchmarks for precision, throughput, and sustainability.
Today, industrial operations demand high-power outputs (exceeding 10kW to 30kW) to slice through thick carbon steel, stainless steel, and highly reflective alloys like brass, copper, and aluminum. The dynamic range of applications spans across automotive body-in-white structures, complex aerospace brackets, infrastructure projects, architectural facades, and home appliances. Implementing intelligent laser cutting units is no longer just an upgrade—it is a critical requirement for manufacturing businesses to maintain competitive cycle times, minimize raw material waste, and integrate seamlessly into automated Industry 4.0 smart factories.
The industry is transitioning from standard 3kW–6kW laser systems to ultra-high-power ranges of 12kW, 20kW, and 30kW. High-power systems allow for high-speed gas cutting of heavy-duty structural steel plates, boosting output and productivity.
Modern laser cutting units now feature smart sensors, real-time diagnostic systems, and automatic nozzles. Connecting these systems to manufacturing software (MES/ERP) allows operators to monitor performance remotely, schedule preventive maintenance, and manage jobs efficiently.
By leveraging high-pressure air compressors and nitrogen generators, manufacturers can significantly lower their consumption of expensive process gases while ensuring oxide-free, paint-ready edge finishes on stainless steel and aluminum components.
18 Years of Engineering Excellence and Global Delivery Capability
Take a closer look at our advanced engineering hubs, design departments, and assembly bays
Tailored configurations optimized to process diverse metals, profiles, and structural alloys
Pioneering high-precision components and automatic lines to power tomorrow's automated factories
Our R&D roadmap focuses on improving power density and beam quality across all processing systems. By collaborating with leading laser source developers, we ensure our fiber laser systems deliver stable cutting performance on highly reflective materials while minimizing optical degradation over years of heavy use.
We are engineering fully integrated smart factory modules. From robotic loading systems to dynamic nesting software and automated output sorting, our cutting, welding, and cleaning cells communicate seamlessly using OPC-UA architecture to maximize overall equipment effectiveness (OEE).
Operating a professional communications and service center, we offer rapid remote support, customized training courses, and localized field engineering. Our focus is on providing reliable systems that help manufacturing businesses keep downtime to a minimum.
| Feature Parameter | Fiber Laser Cutting (LXSHOW Technology) | Legacy CO2 Laser Cutting Systems |
|---|---|---|
| Operating Wavelength | 1.07 microns (High absorption in metals) | 10.6 microns (High reflection on copper/aluminum) |
| Electro-Optical Efficiency | Up to 35% - 45% (Saves power) | Approx 8% - 12% (Higher power consumption) |
| Reflective Metal Cutting | Excellent for copper, brass, and aluminum | Limited; risks damaging optical resonators |
| Optical Path Maintenance | Fiber-optic cable (Maintenance-free delivery) | Complex external mirrors and purge gas lines |
| Processing Speeds (1-6mm) | 3x to 5x faster than equivalent CO2 systems | Moderate speeds, limited throughput |
Comprehensive systems for precision material cutting, high-strength joining, cleaning, and bending
Equipped with exchange tables and fully enclosed cabins for high-speed, safe, and stable batch cutting of thick metal plates.
Latest high-performance fiber laser cutter designed for processing both metal sheet and pipe.
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High power closed exchange worktable laser system for metal sheets and structural tubes.
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Dual exchange table system optimized for continuous metal sheet and tube processing.
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Luxury design, high-precision industrial fiber laser cutter with enhanced structural stability.
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Closed type double exchange worktable metal sheet laser cutter for high operator safety.
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Best selling metal fiber laser cutting system with advanced CNC controller interface.
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Dual-purpose system optimized for processing metal sheets and tubes with integrated tables.
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Fully enclosed premium fiber laser cutter for high-precision sheet and tube fabrication.
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Professional metal tube and pipe fiber laser cutter supporting 1kW to 6kW power sources.
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Specialized heavy-duty laser machine designed for processing standard model H-steel profiles.
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Ultra-large format CNC metal sheet laser cutting system supporting 1kW to 30kW configurations.
InquiryHigh-precision bending brakes configured with advanced electro-hydraulic systems to shape sheet metal components accurately.
Electro-hydraulic servo press brake for consistent, repeatable sheet metal bending.
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Robust industrial press brake designed for heavy bending duties in sheet metal shops.
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High-efficiency, fully electric servo CNC press brake built to save energy.
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Highly flexible bending center for rapid prototyping and complex geometry fabrication.
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Universal all-electric bending machine delivering high speed and precise angle control.
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High-torque all-electric servo CNC bending machine built for compact precision parts.
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Torsion axis servo-driven CNC press brake for reliable angle control on long metal sheets.
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Heavy-duty electro-hydraulic press brake featuring double mechanical linkage systems.
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High-performance press brake customized to process extra-long sheet metal workpieces.
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Electric CNC press brake designed to form copper, aluminum, and steel sheets.
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Automatic CNC bending machine delivering speed, precision, and ease of operation.
InquiryIndustrial handheld and robotic laser welders that deliver high joint strength and clean welds, reducing the need for post-processing.
Fully enclosed laser welding station designed for clean and safe operation.
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Tabletop fiber laser welder optimized for stainless steel, carbon steel, and iron sheets.
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Ergonomic handheld laser welding gun designed for quick setups and repairs.
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High-power handheld welder designed to penetrate thick plates and structural metals.
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Laser welding system with advanced chiller integration for continuous industrial duty cycle.
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Automated high-precision laser welding cell integrated with multi-axis robotic arms.
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Equipped with a high-performance Reci laser source for stable, consistent welding.
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Versatile handheld system configurable with IPG, Raycus, Max, or JPT fiber sources.
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Automated fiber welding system with customizable multi-axis configurations.
InquiryEco-friendly systems designed to strip paint, rust, oxides, and oils from metal surfaces without using chemical solvents.
Integrated cleaning and welding system built to prepare metal joints for processing.
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Designed for rapid rust and oxide removal on the outer walls of pipes and tubes.
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Mobile hand-held unit designed for onsite maintenance and paint stripping.
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Mobile cleaning unit designed for cleaning rust and oxides on large structures.
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Pulse laser cleaning unit designed for precise surface preparation without thermal damage.
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Mobile pulse laser cleaner featuring a built-in trolley system for industrial environments.
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Compact, light backpack laser rust remover built for tight spaces and field use.
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Cost-effective continuous wave laser rust remover designed for paint stripping.
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Small-footprint handheld laser cleaning machine designed for rust removal on metal.
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Industrial systems designed for surface rebuilding, hardening, and heavy shearing of thick metal plates.
Single-axis surround laser cladding system optimized for metal surface rebuilding.
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Highly stable laser cladding single-axis positioner module designed for structural parts.
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High-precision single-axis positioner laser cladding robot built for industrial coatings.
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Hydraulic gate shearing machine designed to cut sheet metal plates cleanly.
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Multi-functional combined punching and shearing machine designed for metal profile processing.
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High-quality hydraulic pendulum sheet metal shearing machine built for clean cuts.
InquiryComplete your production line with our high-power cutters, press brakes, and marking systems
Get professional answers to common questions about sheet metal laser cutting, bending, and cleaning
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