Discover our primary catalog of high-power fiber laser systems, versatile plate/tube configurations, and specialized automation equipment configured for maximum efficiency.
Established in July 2004, our company has evolved into a global leader in laser processing intelligence. From a 500-square-meter state-of-the-art research facility in Jinan, we have scaled our production capacity to an expansive 32,000-square-meter manufacturing plant. Our core focus centers on providing advanced industrial support systems, high-power optical designs, and reliable automated configurations that enable structural metal fabricators to step seamlessly into the era of Industry 4.0.
Every manufacturing process operates under strict ISO 9001 quality criteria. Our entire product line has obtained official European Union CE certification and American FDA compliance, guaranteeing that global enterprise purchasers receive machinery conforming to the most stringent international structural safety and optical emission regulations.
The dramatic global shift towards fiber laser cutting technology is fundamentally anchored in the unique industrial dynamics of China’s advanced manufacturing ecosystem. The Jinan laser industry cluster, home to our state-of-the-art facility, features a highly verticalized supply chain that achieves exceptional cost efficiencies without compromising technical specifications.
By combining direct localized sourcing of key frame elements, high-tonnage structural cast beds, and close partnerships with Tier-1 optic components providers like Raycus, MAX, and JPT, we drastically minimize assembly overheads. Our localized component sourcing enables rapid design iterations, immediate component verification, and agile customization protocols. For global importers, this efficiency delivers a reduction in total capital expenditure (CapEx) of 40% to 60% compared to Western OEMs, while providing equal or superior positioning accuracy (up to ±0.02mm) and heavy-duty frame reliability.
Industrial purchasers evaluate laser systems on long-term efficiency, reliability, and continuous performance rather than purchase price alone. Minimizing Total Cost of Ownership (TCO) requires balancing energy consumption, process gas choices, and high system reliability (MTBF).
Compared to traditional CO2 resonators, fiber lasers reduce power consumption by up to 70% because the active laser medium is doped optical fiber rather than gas. This eliminates the need for internal alignment mirrors and vacuum pumps. Standardizing on CypCut or HypCut control software allows operators to use nesting algorithms that maximize material utilization. Utilizing high-pressure dry air as an alternative to auxiliary Nitrogen or Oxygen gases can reduce operational expenses by up to 50% in standard sheet metal cutting applications, making the setup highly cost-effective over its lifecycle.
To integrate machinery into global shop floors safely and legally, manufacturers must meet regional compliance guidelines. We ensure all exported laser machines meet the following certifications:
Our international support ecosystem includes localized engineer networks, remote telemetry diagnosis, and regional distribution centers for prompt replacement of optical elements. This service design ensures minimal downtime for operators worldwide.
The fiber laser industry is moving rapidly toward higher power ranges, automated material handling, and smart manufacturing systems:
Tour our 32,000 square meter ISO-compliant assembly plant, engineering hubs, and quality testing rooms.
Heavy Assembly Workshop
Lxshow Factory Exterior
Customer Reception Front Desk
Global Video Meeting Room
Sales & Logistics Office
R&D & Engineering Design Team
Partner Negotiation Lounge
International Trade Division 1
International Trade Division 2
Client Technical Training Center
Our industrial systems process a wide range of ferrous and non-ferrous materials across diverse industrial environments.
Precision metal fabrication relies on selecting the appropriate combination of laser power, auxiliary gases, and feed rates. Standard setups process high-reflectivity copper alloys using specialized optical coatings, cut thick carbon steel plates using dry oxygen assistance, and process thin aluminum structures at high speeds using nitrogen or compressed air. The flexibility of fiber laser sources helps manufacturers optimize parameters for different materials, ensuring clean cuts with minimal post-processing.
Laser Cladding Systems
Flatbed Sheet Laser Systems
Integrated Sheet & Tube Systems
Single-Chuck Tube Systems
Multi-Chuck Tube Processing
Automated Feed Laser Tube Cutters
Answers to common questions about power selection, compliance requirements, gas setup, and maintenance planning.
Explore our specialized solutions, including automated pipe processors, mini-format high-precision systems, surface finishing units, and laser cleaning configurations.
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