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FIBER LASER CUTTING MACHINE FLS SERIES
High-Performance Fiber Laser Cutting Machine | Precision Metal Fabrication
Experience unmatched precision with the EETO FLS Series. This industrial-grade fiber laser cutting machine features advanced CNC technology, a rugged build for high-speed stability, and superior energy efficiency. Perfect for large-scale metal fabrication seeking cost-effective, high-output solutions.
Fiber Laser Cutting Machine Fit Series : Compact, Flexible and Precise Laser Cutting Solution
Technical Data
| Model | FLS Series |
|---|---|
| Gas Pressure Range [bar] | Oxygen:0-8, Nitrogen:0-25, Air: 10-25 |
| Transmission | X,Y axis rack and pinion; Z axis ball screw |
| Control Panel | 1080×1920,19 inch |
| Power Supply | 380V AC 50/60Hz |
| Power Consumption | 12kw-Max 69Kva 15kw-Max 79kva |
Dimensions
| Working Area[mm] | Length[mm] | Width[mm] | Height[mm] |
|---|---|---|---|
| 3050×1530 | 4696 | 3833 | 1872 |
| 6050×2000 | 7796 | 4492 | 1872 |
| 6050×2500 | 7796 | 5004 | 1872 |
| 8050×2500 | 9796 | 5004 | 1872 |
| 12000×2500 | 13796 | 5004 | 1872 |
Why Choose Our FLS System Equipment
| COMPETITORS | EETO LASER | BENEFITS |
|---|---|---|
| No factory or outsourced production | Self-owned 6000-square-meter factory | Better quality control |
| No/lack of after-sales services support | We collaborate with local partners to extend services network. | Once customer has problems, they can rely on us. |
| Sacriface machine quality to win price com petition | Never compromise on machine quality | You can avoid spending excessive time and money on machine repairs, as well as reduce anomaly possibility. |
| Exaggerate equipment performance, mislead customers | Verified and achievable actual technical parameters. | Help customers to obtain actual produc tion capabilities. |
| Cutting corners | All genuine parts and do not save costs be yond the customers’ attention. | The performance and durability of the equipment can be guaranteed. |
| Many machines packed in one container to save shipping cost | Securely packaged machines with enhanced protection | Reducing the risks of damage and rust ing. |
| No independent design capability | Independent design capabilities | We can continuously upgrade and opti mize our machines. |
| No laser source repair capability | Collaborate with local distributors in certain regions, offering backup laser sources and establishing repair centers to expand local laser maintenance capabilities. | Reduce downtime and repair costs |
CNC Cutting Software-EtherCAT
Cutting Head
Water-cooled design covering 90% of the optical path
Real-time monitoring status of protective lens
Focus auto adjustment Cutting nozzle gas cooling Multipe-sensors water cooling Reduce waiting time for focus zooming
Quick-detachable design, easy and fast to replace lenses.
Performance of FLS Series Devices
- Machine Body
- The cutting accuracy of laser equipment largely depends on the precision of the body itself. We utilize advanced 5-axis gantry milling machines, which achieve a processing accuracy of less than ±0.02mm. Additionally, our beds undergo a high-temperature annealing process at 600℃ for 12 hours, effectively eliminating welding stress and ensuring longterm cutting stability without deformation.
- Dynamic Performance
- YASKAWA servo motors famous for its high reliablity and excellent accuracy,Tomogawa Reducers offers superior torque control, enabling precise positioning and movement. Together, they bring accuracy and productivity to laser cutting processes.
- High Accuracy
- Linear guide designed for high rigidity, high loading capacity with low running noise and maintenance free.Rack and pinion have zero backlash,ultra-low friction for high-speed transmission.We choose from top-tier brands to meet excellent performance and long lifespans.
- High Reliability
- To ensure the smooth and reliable long-term operation of the equipment, we have incorporated a variety of sensors, such as temperature, pressure, and safety protection. Additionally, we strictly adhere to the use of renowned brands for electrical components, thereby minimizing the likelihood of equipment downtime resulting from any possible malfunctions.
EETO-FLS(Open Type) Features
Separated Cabinet Design
All-in-one machines are common because they save space, but they have significant drawbacks. Complex wiring makes maintenance difficult, and cutting vibrations can damage sensitive components like the laser generator. To avoid these issues, we use separate electrical cabinets for our equipment.
High Efficient Suction System
With the multi-chambers high efficient suction system, the suction position can be following the movement of the cutting area, thus the suction can always stay high and good effect.
Ethercat Communication Technology
EtherCAT offers advantages such as high-speed transmission, low latency, flexible scalability, simplified wiring, and efficient reliability in a
bus system.
External Routing of Fiber Optical Cable
Connecting the optical fiber to the cutting head on-site is a challenging task that can easily lead to contamination. To solve this, we separate the optical fiber cable and route it externally. This design eliminates the need for disassembly before delivery, significantly reducing the risk of fiber contamination.
Machine Body Protection
In order to prevent the bed from being ablated by high-power laser
beams, we have adopted various protective measures, including using
brass and large-area graphite brick to cover.
More Robust Machine Body
Thicker materials mean that the bed needs to bear a heavier load. For high-power bed structures, we have adopted a completely new structural design and reinforced the material thickness.
Intergerated Gas Control System
Standard equipped with a high-pressure proportion valve, customers
can easily adjust nitrogen and air pressure directly through the system
interface. Additionally, the modular design facilitates convenient maintenance.
Big Flue with Better Exhaust Effect
A larger and wider bed requires better exhaust performance. We have
increased the motor power and equipped a bigger exhaust duct to
achieve better ventilation and exhaust effects.
