Explore our leading industrial models engineered for high speed, maximum precision, and structural durability.
Since our establishment in July 2004, we have committed ourselves to engineering superiority. With over 500 square meters of dedicated R&D and office space, paired with a massive 32,000 square meters production plant, we stand as a cornerstone of China's high-tech industrial laser cluster.
As a recognized pioneer in intelligent laser machinery, we serve customers in more than 150 countries, building a customer base of over 20,000 users worldwide. Every piece of equipment we fabricate conforms to stringent international standards, carrying full European Union CE authentication, the American FDA certificate, and certified compliance with ISO 9001 quality management systems.
We focus deeply on delivering exceptional technical support, establishing a specialized Laser Communication & Engineering Support Center. Our active vision is to drive Industry 4.0 initiatives, assisting modern enterprises in building intelligent, automated, and future-ready manufacturing plants.
How our optimized ecosystem delivers superior performance at highly competitive price points.
Our facility is situated at the epicenter of the global laser machinery supply chain in Jinan, China. This local aggregation gives us direct access to raw cast beds, precision gear racks, high-power water chillers, and state-of-the-art optical components, reducing logistical lead times and manufacturing costs significantly.
We supply expert OEM and ODM services for over 30 global brands. Our control over key production steps—from bed stress-relief annealing to electronic wire routing—ensures that every machine meets premium specifications with no weak links.
Every machine undergoes 72 hours of uninterrupted gantry cycle tests, laser interferometer alignment validation, and live metal cutting thickness tests. This ensures complete reliability and accuracy starting from the very first cut at your facility.
Evaluate fiber laser capacity guidelines to match power options with specific industrial material requirements.
| Laser Source Power | Recommended Carbon Steel (Clean Cut) | Max Carbon Steel (Severance Cut) | Recommended Stainless Steel (N2 Cut) | Max Aluminum Cut Capacity | Key Industrial Application Scenarios |
|---|---|---|---|---|---|
| 1,500W (1.5kW) | 0.5 mm - 6 mm | 14 mm | 0.5 mm - 4 mm | 3 mm | Advertising signs, sheet metal casings, HVAC ducts, kitchenware. |
| 3,000W (3.0kW) | 0.5 mm - 10 mm | 20 mm | 0.5 mm - 8 mm | 8 mm | Automotive components, agricultural machinery, metal enclosures, fitness equipment. |
| 6,000W (6.0kW) | 0.5 mm - 16 mm | 25 mm | 0.5 mm - 14 mm | 16 mm | Heavy steel structures, shipbuilding, pressure vessels, aerospace parts. |
| 12,000W (12kW) | 1.0 mm - 25 mm | 40 mm | 1.0 mm - 20 mm | 25 mm | High-throughput thick plate processing, steel service centers, locomotive production. |
| 20,000W+ (20kW - 30kW) | 2.0 mm - 40 mm | 80 mm+ | 2.0 mm - 35 mm | 40 mm+ | Ultra-heavy mining machinery, defense infrastructure, heavy duty pipeline manufacture. |
Modern laser processing has evolved beyond basic laser beam generation. Our latest generation machines utilize advanced bus-type CNC controllers (EtherCAT protocol) that ensure microsecond-level synchronization between the laser output power and servo motor speeds. This enables active mechanical cornering control and prevents edge over-burning on intricate layouts.
Furthermore, the integration of automatic autofocusing heads (WSX & Raytools) paired with active collision avoidance systems reduces human error by 90%. By continually monitoring gas flow and back-reflection waves, our fiber laser cutting heads successfully cut copper, brass, and aluminum without risking damage to the optical modules.
Tailored solutions meeting strict local power configurations, safety legislation, and operating environments worldwide.
Fully enclosed structure designs matching FDA CDRH standards and UL/CSA certified electrical components. Optimized for local structural steel fabrication shops and heavy machinery production.
CE-compliant functional safety relays and EtherCAT communication protocols. Built for seamless integration with MES software, offering optimized energy-efficiency cycles to minimize nitrogen/oxygen consumption.
Equipped with high-performance heat dissipation systems, dust-proof electrical cabinets, and external voltage stabilizers to handle fluctuating electrical grids and warm, high-humidity manufacturing floors.
High-power configurations (12kW to 30kW) paired with heavy structural steel beds. Perfectly designed to cut structural support columns, storage tanks, and municipal piping with minimum downtime.
A transparent look at our advanced engineering workshop, testing rooms, and customer training offices.
Engineered to process a wide selection of metals across global manufacturing segments.
Our commitment to rigorous design, safe operations, and compliance standards.
Premium laser cladding, cleaning, welding, cutting, and bending machinery engineered for robust workshop environments.
Provides a strong mechanical and thermal guarantee for heavy industrial components to achieve durable cladding and repair layer properties.
Eco-friendly rust, paint, and oxide layer cleaning with high pulse frequency laser technology.
Fast, seamless joins for stainless steel, carbon steel, and aluminum plates with minimal thermal deformation.
High-speed fiber laser cutting systems designed for industrial carbon steel, stainless steel, and aluminum plates.
Electro-hydraulic servo press brakes offering absolute angle precision and digital sheet metal folding capability.
Hydraulic gate shearing and multi-functional combined steel punching/shearing units for heavy structural pre-processing.
Providing direct, transparent, and authoritative answers to the most common questions raised by industrial procurement officers.
Single-table configurations are ideal for workshops where space is constrained and production flow is intermittent. A Dual-exchange table (such as our 3015PHOT or 3015HCOW) allows operators to load a new metal plate while the machine cuts on the alternate bed, reducing idle loading times by up to 80% and maximizing gantry duty cycles for continuous shifts.
During heavy carbon steel weldment construction, massive residual stresses remain within the metal joints. Without high-temperature thermal annealing (typically heating to 600°C followed by controlled slow cooling), the frame will gradually warp over 12 to 24 months, throwing the gantry guides out of alignment. We subject all our laser machine beds to this thermal stress-relief process, preserving positional accuracy of ±0.03mm over 10+ years of operation.
Nitrogen is an inert gas that expels molten metal purely via kinetic force, producing an oxide-free, bright cut edge that requires zero secondary grinding before welding. Oxygen, on the other hand, reacts chemically with carbon steel to generate exothermic heat, allowing lower laser power to cut thicker plates, though it leaves a dark oxide layer on the cut edges.
Yes. Because brass and copper are highly reflective materials, back-reflected laser light can potentially damage the laser diode module. Our modern CNC lasers utilize fiber sources equipped with optical isolation back-reflection protection (such as Raycus or IPG) and auto-focusing WSX heads that handle continuous processing of reflective alloys without component degradation.
We provide comprehensive English-speaking engineering support, including live remote diagnostic connections to the machine's Cypcut CNC controller via network interfaces. For physical installation, we offer detailed video tutorials, foundation guidelines, and dispatch certified field service engineers directly to your site for calibration, local staff training, and compliance verification.
Premium tube processing, mechanical bending, and automated metal shaping systems designed for specialized fabricators.
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