Explore our premium machinery array engineered to handle challenging materials including high-strength stainless steels, copper, aluminum alloys, and carbon steels with high repeat accuracy.
Established in July 2004, LXSHOW has evolved from a specialized research workshop into a major global manufacturer of intelligent laser material processing machinery. Spanning more than 500 square meters of dedicated engineering and office space alongside our 32,000 square meter ISO 9001-certified factory complex, we build and supply industrial-grade solutions configured for sheet metal profiling, tube processing, precision welding, and surface cleaning.
Driven by strict engineering standards, all LXSHOW systems undergo compliance protocols to achieve European Union CE authentication, American FDA certifications, and are certified under ISO 9001 quality management guidelines. By delivering reliable OEM/ODM services to more than 30 global brands, we serve diverse metal fabricators looking to upgrade their precision tooling capabilities.
Strategic Vision: Looking Towards 2040
Our long-term roadmap positions LXSHOW to become one of the primary innovators in the global laser field before 2040. We align our engineering efforts with the Industry 4.0 framework, assisting companies worldwide to migrate from traditional mechanical processing systems to smart, automated, and energy-efficient digital fabrication ecosystems.
Cutting stainless steel demands rigorous control of thermal energy, optical stability, and gas dynamics. Unlike mild steel, stainless steels (such as AISI 304, 316L, and duplex grades) exhibit lower thermal conductivity and a higher viscosity when melted. Without precise alignment of power, focal position, and assist gas delivery, cutting runs the risk of slag formation, oxidation, and micro-cracking within the heat-affected zone (HAZ).
Fiber lasers emit at a wavelength of approximately 1.07 microns. This short wavelength is absorbed much more readily by stainless steel and other reflective metals than the 10.6-micron wavelength emitted by legacy CO2 systems. Increased absorption translates to higher processing speeds, cleaner kerfs, and reduced thermal dissipation into surrounding material, minimizing deformation.
For high-quality stainless steel finishes, high-pressure nitrogen (N₂) or compressed air is utilized. Nitrogen acts as an inert shielding agent, expelling melted metal from the kerf before it can react with ambient oxygen. This maintains a clean, oxide-free edge that is immediately ready for post-process welding or painting. When surface coloration is not critical, oxygen (O₂) may be used for thicker plates to generate exothermic energy that aids the cutting process, though it leaves a darker oxide layer.
Ultra-high-power fiber systems (ranging from 12kW to 30kW) alter the physics of cutting. By generating extreme power density at the focal point, these systems vaporize rather than simply melt the material, allowing nitrogen assist gas to clear the kerf at speeds exceeding 40 meters per minute for thin-gauge stainless sheets. This keeps heat dissipation to a minimum, preserving the corrosion-resistant microstructure of the stainless steel edges.
| Material Thickness (mm) | Laser Source Power (kW) | Optimal Assist Gas Type | Gas Pressure (Bar) | Avg. Cutting Speed (m/min) |
|---|---|---|---|---|
| 1.5 mm to 3.0 mm | 3 kW | Nitrogen (99.999% purity) | 14 - 16 Bar | 18 - 25 m/min |
| 4.0 mm to 6.0 mm | 6 kW | Nitrogen (99.999% purity) | 16 - 18 Bar | 8 - 12 m/min |
| 8.0 mm to 12.0 mm | 12 kW | Nitrogen / High-Speed Nozzle | 18 - 20 Bar | 4.5 - 6.5 m/min |
| 16.0 mm to 25.0 mm | 20 kW to 30 kW | Nitrogen / Mix-Gas (N₂/O₂) | 20 - 22 Bar | 1.8 - 3.2 m/min |
Operating from our modern 32,000 square meter factory, LXSHOW employs advanced production protocols to deliver reliable CNC machinery at competitive costs. Our facility is structured under a Factory 4.0 framework that integrates structural engineering, precise machining, modular assembly lines, and rigorous quality control checks.
Every laser system we build undergoes structural stress testing. The machine beds are welded, thermal-stress-relieved inside high-temperature annealing furnaces, and milled using large gantry machining centers. This treatment helps prevent frame deformation over decades of high-speed acceleration and deceleration cycles.
By positioning our main assembly hub in Jinan, China, we operate within one of the world's most concentrated machine tool clusters. We source key components directly from trusted tier-one suppliers—such as Raycus, JPT, and IPG for laser sources; Cypcut for control software; and Yaskawa or Fuji for servo motors. This ecosystem helps stabilize lead times and reduces production bottlenecks, allowing us to ship standard systems within 15 to 25 days of order confirmation.
Industrial manufacturing requires tools tailored to the physical characteristics of the workpiece. LXSHOW laser cutting, welding, and cleaning machines are deployed across several key sectors globally:
Our high-speed laser heads adjust focus dynamically to process a wide range of materials, including reflective metals and structural shapes:
For international buyers and procurement officers, selecting a fiber laser cutter extends beyond the initial purchase price. The evaluation focuses heavily on Total Cost of Ownership (TCO), operational efficiency, and long-term service agreements.
Electricity consumption, assist gas volume, nozzle wear, and regular preventive maintenance form the baseline of running costs. Compared to older CO2 lasers, modern fiber lasers convert electrical power to light with roughly 30% to 35% wall-plug efficiency (compared to 8% to 10% for CO2). This efficiency helps reduce factory electrical infrastructure load and lowers utility bills.
Additionally, choosing systems with dual-shuttle exchange tables (such as the 3015PHO or LX3015ET series) decreases machine idle time. One operator can load new raw sheets and unload finished parts while the machine cuts inside the enclosure, maintaining high throughput.
Operating a high-power CNC laser requires consistent compliance with industrial safety codes. LXSHOW designs and exports systems with local support frameworks and safety features tailored to individual markets.
Our machinery is engineered to meet strict international standards, ensuring safe installation and operation.
For European installations, our systems are built to conform with CE machinery directives, low voltage directives, and EMC shielding requirements. In the United States, systems are registered with the FDA Center for Devices and Radiological Health (CDRH) and include interlocked enclosures, emission indicators, and manual reset systems.
Recognizing that downtime on a production floor is costly, we back our machinery with clear support protocols:
As laser manufacturing advances, technology is shifting towards higher laser power, adaptive processing controls, and tighter automation integration. LXSHOW is focusing its R&D on several key development areas:
Scaling to 40kW–60kW sources, allowing thick-plate stainless steel processing with high edge finish quality.
Intelligent monitoring heads that adjust focal position dynamically based on real-time melt-pool sensor feedback.
Direct connectivity to material warehousing towers and robotic sorting systems to build fully lights-out production lines.
Future laser heads will dynamically alter the shape of the beam profile (e.g., from a tight Gaussian point to a ring-shaped spot). When processing thin sheets, a concentrated beam delivers high speed; when cutting thick plates, a wider ring-shaped beam helps disperse heat and create a wider kerf, assisting nitrogen gas in expelling molten material. This single-head versatility will eliminate manual lens changes.
Answers to common technical and operational questions from plant managers and procurement officers.
Below is our secondary portfolio, showcasing specialized fiber laser tube profiling, automatic assembly-line integration, and high-capacity hydraulic press brakes.
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