HLA Series Single-table Laser Cutting Machine
The laser cutting machine stands as a pinnacle of advanced processing equipment, harnessing a high-energy-density laser beam to expertly engage with material surfaces. Whether melting, vaporizing, or chemically reacting, the material is cut instantly and with precision. The machine's core principle is to precisely focus the laser beam, originating from the laser generator, through an optical system onto a minuscule spot, achieving an exceptionally high power density. This power is sufficient to swiftly elevate the material's temperature to cutting requirements. Laser cutting machines are renowned for their remarkable advantages: supreme cutting accuracy, proficiency in crafting intricate patterns and shapes, and delivering smooth, polished cutting edges that negate the need for additional grinding.
The highly integrated HLA SERIES single-table laser cutting machine represents a quintessential model within the CNHAWE laser family. Engineered with a commitment to stringent protection of laser and electronic control devices, our innovative design uniquely guarantees that optical components remain contamination-free during both installation and calibration. Remarkably, the entire machine can be assembled and ready for customer delivery within mere hours. For ongoing maintenance, our machine offers the convenience of simple, remote instruction, significantly lowering operational costs for our valued customers.
Laser cutting machines boast an expansive range of applications, spanning numerous industrial and manufacturing sectors. In the metal processing realm, they are adept at slicing through a variety of metal plates, including carbon steel, stainless steel, and aluminum alloy. In the automotive industry, they are indispensable for crafting car body parts. Meanwhile, in the electronics sector, laser cutting machines skillfully fabricate the housings and circuit boards of electronic components, underscoring their versatility and indispensability.
| Model |
HLA3015 |
HLA4020 |
HLA6020 |
| Processing area |
3000mmX1500mm |
4000mmX2000mm |
6000mmX2000mm |
| Power |
1500W-20000W |
1500W-20000W |
1500W-20000W |
| X/Yaxis positioning accuracy |
±0.03mm/m |
±0.03mm/m |
±0.03mm/m |
| X/Y axis repeat positioning accuracy |
±0.02mm |
±0.02mm |
±0.02mm |
| X/Yaxis max.positioning speed |
110m/min |
110m/min |
110m/min |
| X/Y axis max.acceleration |
0.8g |
0.8g |
0.8g |
| Max.load of worktable |
0.9t |
1.5t |
2.8t |
| Dimension(L*w) |
5000mmX2500mm |
6300mmX3000mm |
8300mmX3000mm |
Sophisticated Laser Source
Our laser cutting machine is equipped with a state-of-the-art fiber laser generator, renowned for its unparalleled efficiency and unwavering reliability. This cutting-edge laser source generates a consistent and powerful beam, ensuring precision and impeccable cuts across a broad spectrum of materials. Designed with an emphasis on energy efficiency and longevity, it significantly reduces operational expenditures and maintenance needs. The compact and robust construction of the laser generator allows for seamless integration into our machine, bolstering its overall performance and durability. Leading brands such as Raycus, Maxphotonics, IPG, and nLIGHT are at the forefront of our laser offerings.
Advanced Cutting Head
The cutting head of the CNHAWE laser family boasts an innovative, lightweight, and compact design, maximizing motion efficiency for rapid speeds and enhanced acceleration. Its air-tight seal meticulously protects internal optics, ensuring longevity and consistent superior performance. Furthermore, the optimized gas path design accommodates both low and high-pressure process gases, offering unmatched versatility across diverse cutting applications. The cutting head is also equipped with an intelligent anti-collision function and versatile edge detection, elevating operational safety and cutting accuracy to new heights.
Precision Engineered Beam
The crossbeam of our laser cutting machine is meticulously crafted utilizing finite element analysis to achieve an exceptional equilibrium of high rigidity and lightweight construction. This meticulously optimized design dramatically elevates the machine's performance, facilitating high-speed operations with excellent dynamic characteristics and rapid acceleration, ensuring precision and efficiency across cutting applications.
Intuitive Operating System
Our cutting software, built upon the Cypcut platform, represents a pinnacle of efficiency and user-friendliness for fiber laser cutting. Developed specifically to optimize our machines' performance, it features straightforward installation, intuitive debugging, and outstanding performance. The software supports power-based speed adjustment and allows for separate import linear speed settings, providing users with greater adaptability. With its extensive cutting process database, it ensures precise, reliable cutting across a wide range of applications.
Stable Bed Frame
The bed frame of the HLA model laser cutting machine showcases a compact and stable design, facilitating easy operation and efficient space utilization. Its mortise and tenon joint structure guarantees long-term stability and durability. Meanwhile, the modular integration of the electric cabinet, laser cabinet, gas path, and oil circuit enhances reliability and simplifies maintenance. This high-quality structure, in conjunction with the bus control system, provides intelligent, efficient, and user-friendly operation, ensuring seamless functionality.
Efficient Auto Lubrication
The automatic lubrication system operates periodically according to the machine's schedule, seamlessly dispensing lubricating oil for quick and hassle-free maintenance. This proactive approach effectively prolongs the machine's service life, ensuring enduring performance.
Optimal Air Cooler
The installation of an air cooler is pivotal in reducing the overall temperature inside the electrical cabinet, ensuring smooth and stable operation. This is achieved through effective heat dissipation, significantly extending the service life of the electrical components, maintaining their peak functionality.
Advanced Water Chiller
The water-cooled machinery, specifically designed for integration with our laser cutting machine, offers crucial functionalities such as over-temperature alarms, flow protection, water level protection, and safety alarm notifications, ensuring optimal safety and performance.
1. Are you a manufacturer or a trading company?
A manufacturer with over 20 years of sheet metalworking equipment production experience.
2. Where is your company located?
Ma'anshan, Anhui Province, China. We are 360 kilometers away from Shanghai Pudong International Airport(PVG). And 35 kilometers away from Nanjing Lukou International Airport(NKG), about a 30 minute drive.
3 . How long does it take to deliver the machine?
We usually deliver machines within 30 days. For non-standard customized machines, the lead time will be longer but not exceed 50 days.
4 . What is your acceptable payment?
Generally T/T and L/C payments are accepted by us, with a 30% deposit and 70% payment before delivery. But for those special clients, we have better optional payments.
5. What is your warranty period?
We offer a one-year warranty period for general version machines, and 2-3 years warranty for non-standard machines. It's kind of you to confirm the warranty period with our sales in advance.
6. What services are included during the warranty period?
During the warranty period, we offer free replacement parts. Excluding wearing parts.
7. Do you accept OEM customization?
Yes, we accept it. Including appearance, color, configuration, and more. The price of customized machines may be slightly higher. Please consult our sales for details.
8 . What do you do for Quality Control work?
During the R&D phase, our powerful technicians and engineers gather the most cutting-edge technologies, combined with our decades of industry experience, to complete research and development work. To ensure the strength and stability of the frame, many large processing equipment, like tempering furnaces and shot blasting machines, are used. To ensure machine accuracy, five-axis CNC centers and floor boring and milling equipment are used. Standardized processes are strictly followed during the assembly phase. The final machine must undergo dual certification from both internal and external acceptance departments before it can be put into the market.
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