Explore our elite engineering lineup, designed for precision performance and manufacturing automation.
Empowering global enterprises with state-of-the-art laser machinery built to certified global standards.
Established in July 2004, our facility covers a researching and office space of more than 500 square meters, alongside a massive, fully optimized 32,000+ square meters modern factory. Our dedication to design and hardware performance makes us a reliable pillar in global industrial manufacturing.
All machines built in our factory strictly pass the European Union CE authentication, American FDA certificate criteria, and are fully certified under ISO 9001 quality management systems. This guarantees our clients uncompromised reliability and legal compliance across border regulations.
Our technologies are sold to USA, Canada, Australia, Europe, South East Asia, Africa, and more than 120 countries and areas. We are proud to provide comprehensive OEM and custom manufacturing services to over 30 global industrial machinery brands, managing design, software, and fabrication.
An authoritative analysis of fiber laser manufacturing development, metallurgical dynamics, and structural steel trends.
In modern metallurgy and metal fabrication, precision is no longer a luxury; it is the cornerstone of operational stability. The global custom laser cut steel sector is experiencing a massive paradigm shift. Traditional mechanical shearing and punching have rapidly given way to ultra-high-speed fiber laser cutting systems. The transition is driven by the physics of fiber lasers: utilizing a solid-state laser source to produce a beam with a wavelength of 1.06 microns (10 times shorter than CO2 lasers), resulting in unparalleled absorption rates in ferrous metals like carbon steel and stainless steel.
As a leader in laser smart equipment, our R&D initiatives focus heavily on overcoming the traditional limitations of thermal distortion. By leveraging high-power fiber sources from 4kW up to 20kW+ and advanced multi-dimensional gas assist technologies, we ensure that the Heat Affected Zone (HAZ) is kept to absolute minimums, maintaining structural integrity and exact metallurgical properties of the cut edges.
Procurement managers and industrial engineers require supply chain partners capable of handling diverse metal profiles. In critical engineering industries—from aerospace to automotive manufacturing—the selection of specific material classifications dictates the success of structural components. To address these demands, our production framework integrates highly optimized cut profiles across a wide array of raw metals:
Non-corrosive, lightweight components, customized for aerospace and transportation equipment.
Excellent tensile strength and weldability, primarily utilized for heavy industrial machinery frames.
Highly reflective metals cut with advanced optical isolators to prevent back-reflection damage.
Zinc-coated sheet metals processed without peeling or burning the protective layers.
Exotic alloys and heavy plates cut to demanding customized dimensional configurations.
Precision dynamic chuck cutting for pipelines, structural frames, and automotive chassis.
Automated loading and high speed cutting of profile shapes for architectural fabrications.
Oxidation-free nitrogen-assisted cutting for food-grade, medical, and high-aesthetic uses.
| Metal Type | Recommended Laser Source | Thickness Range | Cutting Gas Type | Primary Industrial Sector |
|---|---|---|---|---|
| Carbon Steel | Fiber Laser (4kW - 20kW) | 1.0mm - 40.0mm | Oxygen (O2) / Air | Structural & heavy machinery frames |
| Stainless Steel | Fiber Laser (3kW - 12kW) | 0.5mm - 25.0mm | Nitrogen (N2) / High pressure | Food processing, Medical, Chemical |
| Aluminum Alloys | Fiber Laser (3kW - 8kW) | 0.8mm - 20.0mm | Nitrogen (N2) / Air | Aerospace structures, EV enclosures |
| Brass & Copper | Fiber Laser (Anti-Reflective) | 0.5mm - 12.0mm | Oxygen (O2) / Nitrogen (N2) | Electrical connectors, Artistic design |
How LXSHOW is redefining efficiency, quality consistency, and global export reliability.
Our strategic vision aims to position our operations as a key pillar in the laser field. By integrating digital ecosystems into our manufacturing pipelines, we enable true smart manufacturing. From CAD file nesting systems to dynamic laser power control, every stage is monitored to reduce resource waste and accelerate turnaround times.
Global industrial procurement is subject to volatile logistics and supply constraints. Our Factory 4.0 ecosystem acts as a buffer. Backed by a large inventory of premium mechanical parts, electronic components, laser sources (such as IPG, Raycus, MAX, JPT), and a fully managed metal fabrication and design team, we consistently deliver high-performance equipment to help our clients build stable manufacturing capabilities.
Our Product Range Extends Across Three Main Dynamic Categories:
Workshop
Lxshow Factory
Lxshow Front Desk
Lxshow Meeting Room
Lxshow Work Office
Machine Design Team
Reception Office
Sales Team 1
Sales Team 2
Training Room
Providing critical components to sectors demanding micro-tolerances and reliable batch consistency.
Laser cutting technologies serve as a core foundational technique for a wide spectrum of modern hardware sectors. Our products are widely used in the steel industry, packaging industry, craft gifts, automotive industry, jewelry industry, aerospace industry, machinery manufacturing industry, mold industry, integrated circuit industry, semiconductor industry, plastics and rubber industries.
Whether it is clean, oxide-free edge cutting for sanitary kitchenware fabrication or high-strength alloy processing for structural engineering, our equipment enables companies to upgrade from manual manufacturing to automated systems. The custom programming allows parts to transition directly from CAD to cutting without tooling setup delays.
Cutting structural chassis rails, lightweight structural aluminum brackets, and high-strength alloy panels. Our machines handle high-precision 3D cutting of pre-formed components to support automotive structural components.
Cutting thick structural plates for crane booms, excavator buckets, and structural steel beams. The high capacity of our machines supports deep laser penetration and high geometric tolerances in heavy gauges.
Processing delicate control cabinets, clean room equipment, and micro-bracket components. High-precision positioning systems ensure error-free cutting of high-density arrays in thin gauge metals.
Resolving critical technical questions related to OEM laser cutting capability, operational setups, and metallurgical quality.
Fiber lasers operate at a wavelength of approximately 1.06 µm, which is highly absorbed by metals compared to the 10.6 µm wavelength of CO2 lasers. This provides a 2x to 3x increase in cutting speed on thin and medium-thickness metals, lowers electrical consumption by up to 70%, and eliminates the need for expensive internal optics and beam alignment procedures.
Oxygen cutting utilizes an exothermic reaction between the oxygen and the molten iron to generate additional cutting energy, allowing for higher thicknesses with lower laser power, but it leaves an oxidized layer on the edge. Nitrogen cutting relies purely on the kinetic force of high-pressure gas to expel molten metal, creating a clean, oxide-free cut edge ideal for subsequent welding or coating operations.
Our fully enclosed models include integrated optical filtering safety glass windows to shield operators from harmful beam scatter, automatic zone partition smoke exhaust systems that follow the cutting head to extract fumes directly, and integrated safety interlocks that immediately shut off power if the enclosure is breached.
Yes, our professional engineering team handles modifications ranging from widening working tables (e.g. up to 20,000mm length), customizing rotary axis attachments for variable tube diameters, and building dynamic loader/unloader systems to match the layout constraints of our customers' facilities.
Maximize your productivity with our high-power cleaning and forming machinery solutions.
A complete guide to our core industrial systems from cutting, cladding to precision bending.
Provides a solid guarantee for users to realize stable batch cutting and cladding of thick metal plates for a long time. Our cladding systems facilitate industrial surface refurbishment, restoring worn components with high-density alloy powder feeding.
Eco-friendly rust removal and preparation solution. Removes corrosion, paint layers, and scale without surface erosion or aggressive chemicals.
Handheld and automated options for high weld strength and minimal heat deformation. Optimizes joining workflows in carbon and stainless steel.
Designed for heavy industrial plates, piping, and specialized sections. Features dual-drive structures and responsive gas controls.
Delivers high structural repeatability and forming accuracy via electric-hydraulic servo integration and solid frame structures.
Provides a solid guarantee for processing heavy metals. Features stable hydraulic shear actions and simple back gauge settings.
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