Discover our signature line-up of precision CNC fiber lasers, electro-hydraulic press brakes, and structural sheet metal processing equipment.
Founded in July 2004, our enterprise has consistently driven boundaries in the R&D and precision manufacturing of industrial laser machines. Strategically housed in an expansive 32,000+ square meters facility with over 500 square meters of state-of-the-art laboratory and corporate office spaces, we command a global presence serving over 20,000 users across 150+ countries and regions.
We specialized in offering highly optimized OEM/ODM solutions, catering as an indispensable manufacturer for over 30 leading global machinery brands. Our full array of machines holds compliance certifications including the European Union CE authentication, American FDA certificate, and ISO 9001 quality management standards.
Evaluating the paradigm shift from traditional mechanical toolings to ultra-high-power fiber laser solutions, driving towards zero-defect and unmanned autonomous production lines by 2040.
In modern industrial sheet metal working, throughput is directly correlated with laser density and power capacity. Traditional systems ranging from 1kW to 4kW are rapidly being supplemented or replaced by ultra-high-power fiber systems spanning 12kW to 30kW+. Our custom and ground-track format laser systems utilize optimized multi-module fiber laser resonators that yield superior beam parameters (M² < 1.3), minimizing the Heat Affected Zone (HAZ) and enabling dross-free edge finishes on extreme thicknesses.
Our roadmap leading up to the year 2040 focuses on fully integrated sheet metal ecosystems. This covers automatic loading and unloading lifters, dynamic nesting softwares running real-time CAD-to-part conversions, and active collision avoidance sensors embedded within the cutting heads (such as Raytools and Precitec). By eliminating manual setups, shop floors realize continuous 24/7 dark production runs, cutting downtime by up to 88%.
| Machine Feature | Standard Laser System (1kW-4kW) | High-Power Fiber System (12kW-30kW) | Industry 4.0 Intelligent Integration |
|---|---|---|---|
| Max Cutting Carbon Steel | 6mm - 12mm (Medium Speed) | 25mm - 50mm+ (High Speed) | Fully Automated Parameter Calibration |
| Gas Consumption Control | High (Manual Regulation) | Optimized Proportional Valves | Intelligent Gas Saving Nozzles (Up to 50% Reduction) |
| Operational Uptime | 65% (Manual Bed Clearing) | 80% (Double Shuttle Exchange Bed) | 98% (Robotic Loading & Smart Nesting) |
| Safety & Standards | Basic Shield Enclosures | Class 4 Active Laser Enclosures | CE / FDA Certified Interlocked Control Panels |
Our manufacturing cluster leverages China's highly integrated industrial ecosystem, offering unmatched turnaround times and component resilience. From sourcing structural steel for machine beds to integrating world-class components like Yaskawa servo drives, Shimpo reducers, and IPG/Raycus laser sources, our strategic partnerships guarantee robust supply continuity even under challenging global market shifts.
Each machine bed undergoes a specialized stress-relief heat treatment process inside our 32,000 sqm workshop. This structural annealing guarantees that the machine frames withstand high thermal dynamics and mechanical acceleration forces (up to 1.5G) without deformation over a 20-year lifespan. This engineering commitment makes us a premier exporter to major machinery builders globally.
Optimized laser wavelengths tailored for precision cutting across diverse industrial segments and metallic alloys.
Fiber laser sheet cutting machines are the backbone of modern processing sectors. The laser source delivers a 1.07-micron wavelength beam, which is highly absorbed by metallic substrates compared to CO2 laser beams. This allows for extremely high processing velocities on non-ferrous metals and reflective alloys.
Aluminum
Carbon Steel
Copper
Galvanized
Other Metal
Round Tube
Square Tube
Stainless Steel
Take a virtual tour inside our standard-setting manufacturing plant, design offices, and quality control departments.
Deploying heavy CNC laser machineries requires detailed pre-installation and site planning. As an expert factory and international exporter, we ensure all local regulatory frameworks are strictly followed:
Voltages fluctuate between different global industrial grids (e.g., 3-phase 380V/50Hz in China, 480V/60Hz in North America, and 415V/50Hz in Australia). We supply heavy-duty transformers and integrated voltage regulators custom-matched to target installation sites, preventing electronics failure in the fiber laser resonators due to electrical drops or spikes.
High-wattage fiber laser radiation is highly hazardous to human eyes. According to local directives like OSHA in North America and machinery directive 2006/42/EC in the EU, safety enclosures must feature interlocked access points, OD6+ rated laser protection viewing panels, and dual-circuit safety relays. We customize fully-enclosed cabins (Class 4 laser rating) to meet target country safety directives.
To reduce machine downtime to a absolute minimum, our fiber laser machines feature IoT control modules. Our software engineers in the main communications center can remotely connect to customer machines via secure cloud protocols, allowing remote troubleshooting of CNC codes, servo feedback calibration, and firmware adjustments without needing physical on-site engineers, solving up to 85% of standard user issues within hours.
We currently manufacture specialized equipment frames, custom branding sheets, specific beam delivery heads, and CNC control systems for over 30 leading laser brands. Our OEM capacity ensures flexible design cycles, scalable bulk orders, and total design confidentiality.
High-end product lines engineered for heavy metal forming, structural pipe processing, and automated surface prep.
Dedicated fiber cutting platforms optimized for high-speed dynamic sheet metal operations.
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Combined dual-purpose platforms optimized for shifting between sheets and hollow tube profiles.
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Dedicated rotary-clamp systems engineered for round, square, and specialized hollow structural profiles.
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Large-diameter industrial chucks for heavy piping and complex structural engineering cuts.
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High-speed automated feeding systems designed for structural engineering applications.
ExploreExpert technical insights regarding machine selection, maintenance, gas usage, and structural steel processing.
The choice of cutting gas depends directly on the workpiece composition and desired edge finish:
A dual exchange (shuttle) table allows the operator to unload finished cut parts and reload a new raw metal sheet on one pallet while the machine is actively cutting on the second pallet inside the enclosure. This reduces pallet exchange times to under 15 seconds, increasing machinery duty cycles from 60% to over 90% compared to single-table systems.
For Western Europe, machines must hold the CE mark, complying with Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU, and EMC Directive 2014/30/EU. For North America, registration with the FDA (Center for Devices and Radiological Health - CDRH) is mandatory for laser-generating products, and electrical panels should ideally hold UL or CSA equivalent certifications.
Generally, a 1kW to 3kW fiber laser is optimized for sheets up to 12mm thick. Upgrading to 6kW - 12kW allows efficient, high-speed cutting up to 25mm carbon steel or stainless steel. For processing heavy plates exceeding 30mm thickness with consistent tolerances, ultra-high-power systems ranging from 15kW to 30kW+ are recommended.
We provide multiple pathways for installation and training: localized technical service teams in major European, North American, and Southeast Asian hubs handle on-site assembly, optical path calibration, and operator training. Additionally, all machines are shipped with pre-installed remote diagnostics modules, allowing our factory headquarters to assist with real-time software updates, parameter tuning, and troubleshooting.
Original product lines including high-capacity mechanical plate rolling machines, electro-hydraulic press brakes, and sheet deburring machines.
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