Explore our high-performance heavy-duty metal laser cutting, bending, and marking systems designed for modern industrial manufacturing facilities.
Of Industry Leading R&D & Manufacturing Experience
Countries and Regions Globally Supplied
Active Users & Deployed Smart Machines
State-of-the-Art Precision Fabrication Facility
An in-depth analysis of high-power fiber laser systems, market transitions, and modern structural manufacturing methodologies.
The industrial shift from CO2 to ultra-high-power fiber lasers (up to 30kW+) has revolutionized thickness capacities and processing velocities. Advanced dynamic cutting heads utilize auto-focus adjustment and motorized collimation to guarantee clean edges on highly reflective metals.
Optimizing nitrogen, oxygen, and high-pressure air parameters significantly lowers thermal distortion. Intelligent auxiliary gas control systems minimize dynamic consumption, cutting overhead operating costs by up to 35% compared to legacy setups.
High dynamic cutting demands robust foundation engineering. Our machine beds undergo high-temperature thermal stress relief annealing (600°C furnace treatment) to secure a tensile lifespan exceeding 20 years without structural deformation.
Established in July 2004, we own more than 500 square meters of dedicated research and office space, paired with a massive, state-of-the-art 32,000 square meters factory. Over the last 18 years, our professional design and engineering teams have remained exclusively focused on high-precision laser cutting, laser welding, and laser cleaning machine communication systems.
Our core mission is focused on providing world-class technical support. We are continuously building our custom industry 4.0 ecosystems to help global metalworking companies establish smart manufacturing structures.
All fabrication systems have passed the rigorous European Union CE authentication, American FDA certificate requirements, and are strictly certified to ISO 9001 standards. We proudly supply OEM services for more than 30 global manufacturers across America, Canada, Australia, Europe, South East Asia, Africa, and beyond.
Transparent look inside our JPT/Raycus testing laboratories, high-tonnage sheet metal bending centers, and R&D workspaces.
Supporting high-efficiency production lines across automotive, aerospace, structural engineering, and precision electronics.
Modern procurement demands versatility. Our manufacturing systems support a wide array of raw material cutting processes. Whether you are running thick structural carbon steel plates or working with complex geometry aluminum profiles, our systems auto-adjust cutting gas flow, nozzle standoff distances, and power frequencies dynamically.
This dynamic capability directly cuts down production bottlenecks and minimizes physical machine downtime, matching the strict standards of the aerospace and defense sectors.
Beyond traditional cutting: How our complete line of CNC bending, cladding, cleaning, and welding machines build unified shop-floor pipelines.
Our single-axis and robotic multi-axis laser cladding stations (like the LXRF-6030 series) allow operators to repair valuable tool dies and apply hard-wearing protective layers to heavy mining components. This prevents component wear and extends operational lifespans dramatically.
Eliminate chemical solvents. Our high-power handheld pulse and continuous laser cleaning systems (ranging from 100W backpack units to 3000W workhorse models) effortlessly strip rust, industrial paint layers, and oil residues from complex structures without damaging the base metal substrates.
Completing the post-cut process requires reliable, repeatable bends. Our electro-hydraulic servo CNC press brakes (e.g., WE67K and WC67K series) utilize precision linear scaling feedback to ensure consistent angles across aluminum, steel, and alloy plates.
High-resolution look at the actual frame elements, optic assemblies, laser heads, and structural parts utilized across our machine catalogs.
Locate the exact sheet and tube cutting configurations designed for your mechanical assembly layout.
Ensuring regional safety compliance and pathing the way for autonomous factory operations by 2040.
Every laser system conforms strictly to European Machinery Directives 2006/42/EC and Electromagnetic Compatibility standards. Features include fully enclosed laser safety glass (OD6+ protection), interlock sensor circuits, and automatic power cut-offs on chamber access.
We provide localized engineering support through our global network of factory-trained technicians. Services include geometric precision calibration, optical alignment validation, on-site personnel training, and rapid spare-part warehousing.
By 2040, we aim to lead the smart metalworking industry with autonomous factories. Our current machines feature advanced IoT cloud links, real-time error logging, predictive maintenance analytics, and open integration with ERP systems.
Key technical and logistics questions answered by our laser engineering division to guide your purchasing decisions.
A: Nitrogen cutting relies on pure kinetic expulsion of molten material via high gas pressure, leaving an oxide-free edge ideal for subsequent welding or powder coating. Oxygen cutting relies on an exothermic reaction with carbon steel, using much lower gas volume but generating a thin oxide layer. Nitrogen delivers faster cycle times in under 6mm stainless steel but requires higher operating pressures, making it slightly costlier per hour but more efficient in parts-per-minute.
A: High-power fiber lasers demand rapid acceleration (up to 1.5G or 2.0G). Our gantries use high-tensile extruded aviation-grade aluminum profiles driven by helical racks and dual-servo motors on the Y-axis. This setup avoids structural backlash and maintains precision positioning within ±0.02mm, even after decades of continuous operation.
A: In Europe, machines must carry a valid CE marking with an EC Declaration of Conformity covering safety guidelines. In the United States, machines must carry an FDA accession number and comply with CDRH standards (Title 21 CFR Chapter I, Subchapter J) regarding Class IV laser safety. We supply complete certification documentation with every machine shipped.
A: Dual pallet exchange tables (such as on our LX6025H series) swap the loading and cutting beds in under 15 seconds. This allows operators to safely harvest cut parts and load raw sheets while the cutting beam is actively working inside the cabin, improving machine utilization ratios by over 60% compared to single-bed systems.
Premium solutions for fiber laser sheet metal profiling, tube processing, handheld cleaning, and high-performance press-brake bending.
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