Providing global industrial sectors with advanced smart laser systems, bending machines, and surface finishing technologies.
Years of Laser Manufacturing Expertise
Countries and Regions Served
Satisfied Industrial Users
Modern Production Space
Established in July 2004, our facility owns more than 500 square meters of dedicated research and office space alongside a massive 32,000 square meter factory floor. Every single machine we design passes the rigorous requirements of European Union CE authentication, American FDA certification, and is fully certified to ISO 9001 quality standards. We also act as a reliable OEM partner for over 30 leading global manufacturers.
The global manufacturing sector is undergoing a profound shift toward intelligent automation, and at the heart of this transformation is the integration of mid-to-high power fiber lasers. The 1000W fiber laser has emerged as the definitive industrial workhorse, struck at the optimal balance between investment cost, operational footprint, and material processing capability. Factories from North America to Southeast Asia rely on the 1000W output for sheet metal fabrication, automotive component assembly, electrical cabinets, and advertising signage.
In mature markets such as Germany, the United States, and Japan, 1000W fiber lasers are frequently integrated into automated robotic cells to perform high-speed, precision cuts on thinner gauge alloys, where higher power sources (such as 10kW+) would yield diminished ROI due to speed limitations of motion systems. Meanwhile, in developing industrial hubs, the 1000W system represents the gateway to replacing legacy mechanical punching and CO2 laser machines, offering an immediate reduction in power consumption and eliminating the need for optical gas pathways.
Three major trends define the future of the 1000W fiber laser segment:
To achieve sustainable market access in the high-stakes automotive, aerospace, and medical device sectors, manufacturing equipment must conform to stringent international certifications. All of our machinery proudly carries the European Union CE authentication, meeting essential health, safety, and environmental protection standards. Additionally, compliance with the American FDA certificate ensures that our laser products operate under strict radiation safety controls, protecting operators from optical hazards.
Behind this equipment is a manufacturing process certified to ISO 9001. Our design and production teams adhere to strict control gates, covering everything from raw optical fiber testing to precision alignment under cleanroom conditions. This guarantees that our 1000W fiber laser systems deliver consistent beam quality (M² < 1.1) and pulse stability even during continuous, multi-shift factory runs.
A transparent look at our specialized research labs, machine assembly divisions, and quality control offices.
Engineered for high-yield performance across various metallic profiles and sheet stock.
The adaptability of 1000W fiber systems is best highlighted through targeted field deployment. For example, in regional agricultural equipment plants, mid-power fiber cutters process structural components directly from raw sheet piles, bypassing secondary milling. In high-speed architectural environments, 1000W units work alongside automated sheet metal handlers, running 24/7 to produce ductwork, complex facade panels, and commercial ventilation covers.
Another growing localized application is the production of precision control panels for process automation. Using a fine-focused 1000W fiber beam, companies cut openings for multi-pin connectors, cooling vents, and custom control buttons into raw and pre-finished electrical cabinet doors, maintaining clean cuts with minimal thermal distortion and zero damage to zinc or paint coatings.
Looking ahead to 2030 and beyond, the technological roadmap for mid-range fiber resonators is centered on two main pillars: advanced beam shaping and IoT-driven preventive maintenance. Multi-core single-mode fiber delivery systems are currently under development. These will allow operators to switch dynamically between high-density Gaussian beams for fast thin-metal cutting and ring-shaped configurations for dross-free processing of thicker structural steels.
Moreover, the integration of edge computers directly on the laser head enables localized decision-making. Future systems will automatically adjust auxiliary gas pressure, focus offset, and travel velocity on the fly, compensating for material variations in real-time. This eliminates operator errors and maximizes yield.
Integrating upstream cutting with downstream finishing, bending, cleaning, and cladding systems.
Enhancing wear resistance and repairing high-value components.
Provides a reliable platform for continuous cladding, depositing wear-resistant layers on heavy rotary parts.
A heavy-duty single axis positioning module designed to optimize path consistency during complex industrial repairs.
A fully automated robotic arm cladding system for multi-axis workpieces requiring precise path control.
Non-destructive rust, paint, and oxide removal.
Combines powerful welding with rapid edge pre-cleaning to ensure high weld structural integrity.
Reaches inside long metal pipes to clean oxide layers and prepare the material for downstream coating processes.
Designed for outer wall descaling, removing oxidation and scale prior to automatic bending or welding.
High-speed surface prep for wide metal sheets, replacing traditional chemical pickling and mechanical blasting.
A lightweight, highly mobile hand-held cleaner ideal for on-site machinery maintenance and restoration.
Ultimate portability for heights, corners, and outdoor rust removal operations.
Utilizes pulsed laser technology to remove sensitive coatings without damaging structural parent metals.
An updated, high-efficiency pulsed system engineered for precision mold cleaning and restorative applications.
An ultra-light backpack option designed for mobile structural maintenance and restoration jobs.
Cost-efficient paint and rust removal system with quick return on investment for small fabrication shops.
Continuous-wave handheld cleaner that rapidly strips heavy rust, oxide scale, and thick coating layers.
Fully enclosed safety cabin design to protect operators from stray reflections during high-power cleaning cycles.
Replacing traditional TIG/MIG welding with high-speed, minimal-deformation fiber welds.
An accessible manual welding unit designed to yield clean weld seams with minimal thermal warping.
Enclosed automated worktable setup for mass production, optimizing throughput and operator safety.
Fixed-optics bench system designed for welding small electronic panels and high-precision assemblies.
Ergonomic manual torch system, allowing operators to weld parts at flexible angles with little to no post-weld grinding.
High-power welding solution for deeper penetration in thick-gauge steel sheets.
Equipped with a dual-loop water chiller to support long welding cycles in high-volume production facilities.
Hybrid arc-laser system that bridges fit-up gaps while maintaining low heat input.
6-axis industrial robot arm integrated with a fiber welding head for complex 3D assemblies.
Powered by a high-stability Reci laser engine for consistent power output across various sheet thicknesses.
Compact air-cooled design that eliminates the water chiller, reducing footprint and maintenance complexity.
Configurable with industry-standard laser resonators to meet specific customer requirements.
Integrates manual operation flexibility with collaborative robotics for semi-automated workflows.
Flat sheet and complex tube profiling with advanced CNC setups.
Dual-purpose machine designed to switch between sheet metal and industrial tube processing on a single frame.
Features a protective enclosure and dynamic exchange tables to minimize cycle delays and optimize throughput.
An open-frame design with a dual shuttle table, facilitating convenient material handling and faster loading.
Premium structural assembly offering high positioning accuracy and long-term mechanical reliability.
Fully enclosed safety system designed to capture emissions and particulates during high-intensity metal cutting.
Standard industrial model offering high efficiency and reliable accuracy for general fabrication projects.
Combines flatbed sheet cutting with a dynamic rotary pipe axis for highly flexible fabrication.
Enclosed high-power configuration designed to process thicker structural plates and heavy pipes safely.
Dedicated high-speed pipe indexing system optimized for round, square, and oval profile cutting.
Compact enclosure designed to handle structural components, combining sheet and tube cutting pathways.
Specialized portal structure for three-dimensional cutting of heavy structural H-beams and channel steel.
Extremely large layout structure designed for aerospace, shipyards, and heavy structural engineering plants.
Electro-hydraulic press brakes for precision plate bending.
Equipped with a responsive servo backgauge system to ensure precision angles on thin-to-medium parts.
High-rigidity structural frame designed to maintain straightness during heavy sheet metal bending.
Eliminates hydraulic oils completely, operating with electric servos to deliver fast, highly accurate, and eco-friendly bending.
Multi-axis panel bender designed to form complex metal boxes and panel folds automatically without manual rotation.
An economical, wide-table configuration designed to process large structural plates up to 4 meters long.
High-speed electrical servo drive designed for small components, minimizing cycle times and energy use.
Compact electric press brake optimized for high-speed precision bending of brackets and small housings.
Traditional mechanical torsion-bar structure upgraded with a CNC interface for simple and reliable setups.
A heavy-duty system providing 300 tons of bending force, designed for structural girders and thick mining components.
Extra-long bed configuration allowing the formation of complex structural steel channels up to 6 meters in length.
Multi-axis backgauge configuration designed to form copper and steel sheets with high repeatability.
High-precision electro-hydraulic servo valves ensure parallelism and deep bend consistency across the entire bed length.
Heavy-duty hydraulic shears for high-capacity sheet metal cutting.
Features a rigid guillotine gate structure to ensure straight, burr-free cuts on heavy steel plate stock.
An all-in-one ironworker that shears angle steel, punches holes, and notches profiles on a single workspace.
Utilizes a pivoting swing-beam mechanism, providing rapid cycle rates and simple blade clearance adjustments.
A collection of our certified machinery, production highlights, and raw material stocks.
Clear answers to common questions about power limits, auxiliary gases, and system maintenance.
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