Engineered to deliver high throughput, uncompromising precision, and robust durability for sheet metal and pipe fabrication environments.
Established in July 2004, our enterprise has spent over 18 years focused deeply on R&D, manufacture, and deployment of CNC fiber laser cutting systems, laser welding machines, and industrial laser cleaning machines.
We operate out of a modern facility extending over 32,000 square meters of state-of-the-art manufacturing space alongside more than 500 square meters dedicated to our advanced engineering and administration offices. We serve a diverse, international user base exceeding 20,000 customers in more than 150 countries.
As a frontrunner in smart manufacturing equipment, we are committed to building Industry 4.0 smart factories, helping companies construct intelligent lines and streamline structural steel processing. Every machine in our portfolio complies with global industrial regulations, having passed the European Union CE authentication, the American FDA certificate, and certified to ISO 9001 standards.
Understanding the engineering metrics that dictate performance, dimensional accuracy, and operating margins in sheet metal processing.
Fiber laser beams are generated in an active optical fiber and delivered via a flexible fiber cable. Operating at a wavelength of approximately 1.064 microns, fiber lasers exhibit absorption rates in metals that are up to three times higher than traditional CO2 lasers. This leads to exceptional speed and thermal efficiency, especially when cutting thin-to-medium gauge sheet metals.
Choosing the right gas (Oxygen, Nitrogen, or Compressed Air) determines the speed and edge quality. Nitrogen (N2) provides an inert atmosphere that prevents oxidation, leaving a bright, weld-ready cut edge. Oxygen (O2) acts as an exothermic energy source, making it ideal for thicker carbon steel plates. High-pressure Air cutting reduces operational costs while maintaining processing speeds.
High-power laser machines require structural stability to maintain positional accuracy under rapid acceleration. Utilizing a stress-relieved, fully annealed gantry bed coupled with dual-drive Yaskawa or Panasonic servo systems and helical racks, our systems achieve positioning accuracies of ±0.03mm and repeatability parameters within ±0.02mm.
When deploying industrial fiber laser cutters, understanding the trade-offs between laser power, gas choices, and material thickness is crucial. The table below outlines standard performance metrics across different materials using high-power systems.
| Material Type | Optimal Gas Option | Cutting Thickness Range (1kW - 3kW) | Cutting Thickness Range (6kW - 20kW+) | Edge Quality & Post-Processing Needed |
|---|---|---|---|---|
| Stainless Steel (SUS304/316) | Nitrogen (N2) / Air | 0.5 mm - 4 mm | 5 mm - 40 mm+ | Bright finish, zero oxide layer, weld-ready immediately. |
| Carbon Steel (Mild Steel) | Oxygen (O2) / Air | 0.8 mm - 12 mm | 14 mm - 50 mm+ | Thin oxide layer if using O2, dross-free with fine parameter adjustment. |
| Aluminum (Al5052/6061) | Nitrogen (N2) / Air | 0.5 mm - 3 mm | 4 mm - 30 mm | Highly reflective; requires back-reflection isolation modules. |
| Copper / Brass | Nitrogen (N2) / Oxygen | 0.5 mm - 2 mm | 3 mm - 16 mm | Extremely reflective; requires active cutting phase detection. |
Why leading global manufacturers choose us as their strategic industrial equipment partner.
Operating out of our 32,000 square meter factory, we manage everything from bed fabrication and structural stress annealing to final optical calibration and assembly under one roof. This internal integration limits supply-chain bottlenecks and guarantees that our structural components, including the frame bed, maintain long-term stability and do not warp under 24/7 industrial loads.
Through our partnerships with tier-one suppliers of laser sources, laser heads, and motion software, we leverage cost advantages that we pass directly to our wholesale partners. This allows us to offer customized equipment configurations without inflating delivery timelines or prices.
How our fiber laser, bending, and cutting machinery adapt to sector-specific quality expectations.
Requires micron-level repeat accuracy and clean cuts on advanced high-strength alloys. Our high-power fiber lasers (up to 30kW) feature closed-loop monitoring systems that ensure consistent cuts across long production runs.
Demands thick-plate processing capabilities and structural steel profile cutting. Machinery like our LX650FBHGA H-Steel cutter and ultra-large format LX12025LD handle thick beams and plate stock with ease.
Focuses on surface finish and zero post-processing. Our fiber laser systems paired with WE67K bending machines allow for high-speed cutting and forming of stainless steel and aluminum panels with minimal setup times.
Our solutions cater to various raw materials and geometries. Click on corresponding configurations to request optimization specs:
We supply dedicated industrial equipment for these target business ecosystems:
Transparent insight into our engineering offices, assembly bays, design labs, and training centers.
When purchasing industrial equipment, reliable after-sales service is just as important as the initial cost. We provide global localized support through remote diagnostics and field service agreements.
By establishing localized service hubs, we offer prompt maintenance, emergency spare parts delivery, and hands-on training sessions for system operators. This approach helps minimize downtime and ensures your sheet metal line runs efficiently.
Our core mission is to help manufacturers transition to fully automated production lines. We are constantly upgrading our fiber laser heads to include AI-driven sensor monitoring. These sensors track the nozzle distance and optimize cutting speeds in real time based on material feedback.
Looking ahead to 2040, we aim to remain at the forefront of the industrial laser field. Our current research focus is on:
Technical answers to key inquiries regarding laser power choice, gas selection, maintenance, and facility integration.
Complete sheet metal workflow support: from laser cutting and bending to surface deburring, rolling, and marking.
To ensure complete information traceablity, our main technology portfolios comprise the following specialized divisions:
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