Direct from our manufacturing facility. Fully customizable OEM solutions engineered for global compliance.
The global paradigm of sheet metal manufacturing has shifted from hydraulic punching and conventional mechanical shearing to high-precision CNC fiber laser technology. In heavy engineering, automotive manufacturing, and aerospace sectors, the premium is placed on processing speed, cutting edge roughness parameters (Ra), and minimal heat-affected zones (HAZ).
As a leading global supplier, we engineer laser solutions designed to handle structural components, architectural panels, and precision housings. By deploying high-efficiency fiber laser sources—ranging from 1kW to ultra-high 30kW capacities—our OEM platforms ensure structural integrity and strict tolerance values are maintained across multiple shifts. Integrating advanced CAD/CAM software into the machine controllers allows companies to design complicated shapes while maximizing nesting efficiency, drastically reducing waste.
Modern CNC fiber lasers deliver unmatched electro-optical conversion efficiency (exceeding 35%), which translates directly to reduced operational electricity costs. When compared to legacy CO2 lasers, fiber laser cutting units eliminate the need for regular optical mirror alignment, saving service hours and ensuring consistent power delivery through flexible fiber optic delivery cables.
As an OEM partner, we design our machinery using modular principles to facilitate field maintenance and fast customization. Key subassemblies include gantry bridges constructed from high-tensile aviation aluminum, heavy-duty stress-relieved steel plate machine beds, and dust-protected electronic cabinets.
We source leading fiber laser engines including IPG, Raycus, and JPT. These generators offer continuous power output stability of ≤±1%, ensuring consistent cut depth throughout extended operation cycles.
Autofocus cutting heads with built-in capacitive distance sensors (such as Raytools or Precitec) dynamically adjust the focal point during cutting, optimizing quality on uneven surfaces.
Equipped with high-precision helical rack and pinions, planetary gear reducers, and Japanese Yaskawa or Fuji servo motors. Positional accuracy registers at ±0.03mm per meter.
For heavy industries requiring 24/7 runtimes, our dual exchange table systems seamlessly swap finished sheets for raw stock in less than 15 seconds. High-pressure piping systems support automatic assist-gas switching between Oxygen (O2) for thick carbon steel, Nitrogen (N2) for clean-cut stainless steel, and Compressed Air for cost-efficient processing of light-gauge materials.
Operating within China’s major manufacturing cluster enables us to mitigate global economic shifts. From our 32,000 square meter factory, we integrate local component suppliers, structural steel mills, and precision machining workshops to stabilize our production costs.
By integrating manufacturing steps—from gantry milling on our large CNC floor-type boring machines to post-assembly testing—we eliminate middleman markups. This integration allows us to design high-power sheet and tube cutting systems while guaranteeing quality control across all assemblies.
Additionally, our standardized component sourcing inventory (including switches, sensors, pneumatics, and lasers) protects global clients from long lead times, keeping production schedules stable.
Established in July 2004, Lxshow owns more than 500 square meters of research and office space, paired with a massive 32,000 square meter factory. Over the last 18 years, our professional focus has remained entirely on building and optimizing fiber laser cutting, welding, cladding, and marking systems. All our machinery has passed European Union CE authentication, has secured an American FDA certificate, and is built under strict ISO 9001 quality management standards.
We have sold machinery to the USA, Canada, Australia, Europe, South East Asia, Africa, and beyond, supporting clients across 120+ countries and areas while providing expert OEM manufacturing services to over 30 global brands.
Our machines are deployed globally across diverse manufacturing fields. Standard laser software integrations contain built-in parameters for specific metals, ensuring rapid adjustments and consistent edge quality.
Aluminum
Carbon Steel
Copper
Galvanized
Other Metal
Round Tube
Square Tube
Stainless Steel
Explore our secondary systems, configured to support modern laser cutting cells. These include automated loading units, sheet-and-tube combos, and single-purpose tube processing equipment.
Operating fiber lasers globally requires strict compliance with localized machinery safety regulations. Our design processes meet CE, FDA, and ISO standards, ensuring seamless integration on your shop floor.
For customers in North America, we configure systems in compliance with FDA CDRH radiation safety requirements, including protective enclosures, active safety interlocks, and OD 6+ protective windows.
In the European Union, CE compliance includes integrated dual-channel emergency stop circuits, monitored safety relays, and EMC-shielded cabling to prevent signal interference. Every machine goes through a rigorous factory acceptance test (FAT) prior to shipment, which includes coordinate calibration, laser power ramp tests, and continuous vibration profiling.
Our goal is to build intelligent manufacturing systems that enable smart production lines. Our future technical roadmap focuses on three main developments:
Integrating real-time laser monitoring sensors to check beam health, assist gas pressure, and nozzle alignment on the fly. This prevents cutting defects before they occur.
IoT-enabled monitoring modules track the thermal signature of the optical system and coordinate bearings, alerting operators before components fail.
Adding intelligent libraries to the CNC system that dynamically adjust speeds and focal offsets based on real-time sheet material grade and thickness feedback.
By focusing on these technologies, we help customers transition from standard manual operations to automated, networked production cells.
Expert insights on selecting, installing, and maintaining industrial fiber laser systems.
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