FP1325PG CO2 laser engraving cutting machine
Double drive high speed
Independent research and development original: Y-axis rack double drive + X-axis screw hybrid transmission mode
Meet the high-speed cutting requirements of 450W/300W users, and the Y-axis dual servo motor drive meets the high-speed cutting requirements of 450W/300W laser tubes under high load. At the same time, the unique transmission structure and precision assembly realize cutting stability and better cutting effect. Ordinary models will have obvious jagged sections when cutting fast (speed over 30mm/s). This model meets the requirement of cutting a smooth section at a speed of 120mm/s.
Low vibration
Multi-connected bridge gantry structure --- more stable characteristics at high speed to meet high precision and cutting quality
Unique gantry structure and transmission components, reducer with customized parameters and aviation-grade aluminum profiles with independent molds, unique structural design of gantry columns, and precision assembly. After more than a dozen batches of products have been repeatedly optimized and improved, the vibration and vibration during machine tool operation (especially during acceleration, deceleration and reversing) have been better suppressed to achieve high cutting quality at high speed. The optical path and beam of the laser directly affect the cutting effect and cutting speed when vibrating, and the laser tube is more stable and reliable.
Sheet tube welding
Sheet tube welding heavy bed structure
FP1325 Big Power 450W CO2 Laser Engraving Cutting Machine Specification Sheets
FP1325 450W CO2 Laser Cutting Machine Technical Parameters | |||||
1 | Model | FP1325 | |||
2 | Laser type | Co2 Glass Inner Cavity Sealed Laser | |||
3 | Max. processing range at one time | 1250x2550mm | |||
4 | Feed Width | 1400mm | |||
5 | Weight | 750kg | |||
6 | Fastest movement speed of the machine tool | 60m/min | |||
7 | Fastest working speed | 40m/min | |||
8 | The best cutting speed segment | 1mm/s-180mm/s | |||
9 | speed control | 0-100% stepless control | |||
10 | Laser Energy Control | Software control/manual adjustment two optional modes | |||
11 | Laser tube cooling | Forced water cooling (industrial chiller) | |||
12 | mechanical resolution | 0.025mm | |||
13 | The thickest cutting depth | 30mm (acrylic as an example) | |||
14 | Repeatability | ±0.1mm | |||
15 | power supply | AC220V±15% 50Hz | |||
16 | Total power | ≤3000W | |||
17 | Support software format | BMP PLT DST AI DXF DWG | |||
18 | Drive | Servo motor drive Y rack double drive + X screw drive system | |||
19 | Working temperature | 0℃~45℃ |
High strength reinforced steel frame welding machine bed
The platform blade supports the CNC gantry milling process to ensure the levelness of different positions of the platform during processing, and the platform error of the whole board is less than 0.1mm, ensuring the cutting effect of the entire format.
Use 450W high power laser tube
Double-tube folding balance cavity structure, laser tube light output adjustment head design better laser mode.
Marble stand, double high-voltage design, dual power supply synchronous power supply, long life and stability.
Unique laser tube mounting platform architecture designed for high power.
Support high-power and more reliable optical lenses.
The silicon-based gold-plated material of the reflector has a diameter of 30mm, and the industrial-grade precision optical bracket is equipped with a lens water cooling function.
The X-axis screw drive assembly adopts a sealed industrial linear module.
Higher precision, longer life of dust-proof structure, less maintenance.
Independent control cabinet
In terms of operation, electronically controlled separation is more stable
Adopt Fuji Fuji or HCFA servo motor
Japanese Nidec SHIMPO precision reducer
Self-developed high-power dedicated water-cooled laser head, modular replacement or optional focusing mirror, compatible with a variety of 20/25/30 diameter and focal length focusing mirrors, the height of the cutting nozzle can be adjusted freely.
450W cutting capacity reference table | |||||
Material | Material thickness | Cutting speed | Best cutting speed | ||
Acrylic | 3mm | 100-160mm/s | 120mm/s | ||
5mm | 60-85 mm/s | 60mm/s | |||
8mm | 25-40mm/s | 30mm/s | |||
15mm | 8-15mm/s | 9mm/s | |||
20mm | 4-8mm/s | 4mm/s | |||
30mm | 2-3mm/s | 2mm/s | |||
Note: The above speed is for reference only. The fastest cutting speed will be different due to material difference, environment difference, voltage and other influences. The optimal cutting speed refers to the speed at which the new laser tube is taken as an example to ensure the cutting effect. |