Explore our premium fiber laser cutting, cleaning, and surface treatment products. Directly designed, engineered, and exported by world-class factories supplying more than 150 countries.
The global manufacturing ecosystem is shifting from traditional, energy-intensive mechanical processing to high-efficiency, automated optical intelligence systems.
Global metal processing centers face growing demands for faster production cycles. E-series machinery solves bottleneck issues by integrating dual exchange shuttle tables, dynamic gas optimization controllers, and advanced high-speed servo motors. This provides factories with a 30% to 50% throughput advantage compared to traditional cutting systems.
Global industrial regulations like the European Union Carbon Border Adjustment Mechanism (CBAM) make energy efficiency a key priority. Our E-series machines use advanced fiber laser resonators with over 40% photoelectric conversion efficiency. This significantly reduces overall carbon footprints and factory power requirements.
Modern factories rely heavily on automated workflows. Standardized communication protocols, such as Modbus and EtherCAT, allow E-series equipment to connect directly to MES/ERP networks. This enables remote diagnostics, automated predictive maintenance, and real-time tracking of cutting efficiency.
Our long-term engineering vision is designed to keep factories and suppliers ahead of technological changes, ensuring your machinery investment remains future-proof.
Developing laser capabilities up to 40kW and building three-chuck or four-chuck pipe cutting platforms like the LX92TX series. This design helps minimize metal pipe waste during processing, cutting tailing loss to nearly zero millimeters.
Using real-time optical sensors in the laser nozzle to adjust focus, gas flow, and traverse speed. This system monitors temperature, identifies defects, and automatically adjusts settings to prevent mistakes, saving material and energy.
Integrating high-efficiency deburring, polishing, and edge-rounding directly with fiber laser cutting units. Combining machines like the LX-RR-M-800 and LHA05 creates a smooth, automated workflow from raw sheet metal to bent, finished parts.
By 2040, we aim to be a key innovator in the laser field. We support smart factories by providing automated machinery that helps businesses build modern, connected, and highly efficient production lines.
Founded in July 2004, our company has grown from a specialized research lab into a global manufacturer. We have over 500 square meters of dedicated R&D space and a modern factory facility covering more than 32,000 square meters.
Our focus is on helping metal fabrication companies around the world. We offer comprehensive customer support, including technical assistance, customized machine designs, and an international communication center for laser cutting, welding, and cleaning technologies.
All machines pass the European Union CE authentication, American FDA certificate and are certified to ISO 9001 quality management standards.
A look inside our 32,000+ square meter manufacturing plant, R&D center, and training facilities.
Our factories in China benefit from localized industrial clusters, optimizing production time and reducing costs.
Our production facilities are located within China's major optoelectronic and mechanical manufacturing clusters. This proximity allows us to source raw materials, heavy steel beds, precision guides, and optical lenses quickly and at competitive prices, reducing lead times for our customers.
Our 32,000-square-meter facility features automated CNC processing centers, strict assembly lines, and testing equipment. Each machine undergoes 72 hours of continuous vibration aging and laser interferometry testing to verify structural alignment and positioning accuracy.
We manage all manufacturing steps under strict ISO 9001 standards. From raw steel sourcing to optical testing, structural engineering, and protective packaging, every phase is recorded to maintain high quality and consistency.
Our E-series systems are built to meet the specific requirements of various international industries.
High-power systems like the LX3015E and LX6015FC are used to cut thick carbon and stainless steel plates, providing stable and precise cuts for building infrastructure, agricultural equipment, and heavy-duty chassis.
Handheld laser welders (like the LXW series) and specialized pipe cutters (such as the LX92TX) allow automotive manufacturers to produce clean welds and precise chassis components, reducing overall processing times.
The portable LXC-series laser cleaners help remove rust, oil coatings, and paint from metal parts, providing an eco-friendly surface preparation method for structural steel and machinery repair.
Combining the LHA05 flexible bending machine with sheet metal laser cutters allows manufacturers to produce precise electric cabinets, kitchenware, ventilation systems, and retail displays.
We ensure our machinery meets local safety regulations and quality guidelines across all key international markets.
Our equipment complies with European Union safety standards (CE Mark) and United States FDA laser safety regulations (including CDHR registration). Interlocks, light barriers, and exhaust ventilation paths are standard features.
Our international support center provides multi-language remote assistance, helping operators resolve issues quickly and keep production lines running smoothly.
We offer on-site installation, commissioning, and training services. Local field engineers help guide operators on safe usage, software integration, and routine maintenance.
A reference guide to compatible metal processing applications and materials.
Find answers to common questions about setting up, maintaining, and operating the E-series machinery.
The system features two linked cutting beds that move on a heavy-duty chain drive. While the laser is processing a metal sheet on the active table, the operator can safely load raw materials and remove finished parts on the second table. This configuration keeps the machine running continuously and minimizes downtime between cuts.
The choice of gas depends on the material. Oxygen creates an exothermic reaction suitable for cutting carbon steel, which helps speed up processing but leaves a slight oxide layer. Nitrogen acts as an inert shield that prevents oxidation on stainless steel and aluminum, resulting in clean, ready-to-paint edges that do not require secondary finishing.
Yes. Our air-cooled and water-cooled handheld laser welders can weld metal up to 4 times faster than traditional TIG systems. The laser produces a concentrated heat zone that reduces thermal distortion, resulting in strong welds that require very little grinding or post-processing.
Fiber laser resonators have a solid-state design with no moving internal parts, making them low-maintenance. Operators only need to clean the protective cover slide on the laser head, verify that the water chiller has clean, deionized water, and keep the rack and pinion gears free of metal dust and debris.
For parts processed by plasma or oxygen-assisted laser cutting, some slag or sharp edges can remain. Running these parts through a deburring machine (like the LX-RRS-M-450) rounds the edges, removes dross, and surfaces the metal, preparing the components for painting or assembly.
Yes. The control systems (such as CypCut and CypTube) support standard vector formats, including DXF, DWG, PLT, and Gerber. Operators can import CAD files directly, apply nesting parameters to reduce material waste, and send the cutting path directly to the machine.
Explore our industrial tube cutters, double exchange beds, edge grinders, and automated bending machinery built for high-output manufacturing plants.
A comprehensive overview of our core product series, featuring fiber laser cutters, cleaners, welders, and sheet metal processing systems.
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