Description
Laser cutters, encompassing fiber laser cutters, fiber laser cutting systems, laser cutting machines, fiber laser cutting equipment, and fiber laser cutting devices, all refer to the same type of equipment used for precision material cutting with laser technology.
Fiber Tube Laser Cutting machine technologies keep up with market dynamics, it is widely applied in various industries, such as furniture shelves, outdoor fitness equipment, bike frame, education equipment, bed frame, construction, food service, agriculture, architecture industry. Fiber laser already took it place for any kind of sheet metal cutting, drilling and notching but now we are offering a new solution . You may ask what are the advantages of using a fiber laser source with raycus or Ipg laser source,
Fiber laser tube and profile cutting machine Specs
Extrusion processing range: 236″ x φ13/32″- 8 21/32″ for round shaped profiles
236″ × □13/32″-5 28/32″ for square pieces.
Weight: 10667 lbs
Machine can be equip with a 1.5 kw to 3 kw IPG laser source, great for shiny material applications such as aluminum profiles.
Fiber lasers can be used to process a wide variety of pipe materials, including but not limited to:
- Stainless steel
- Mild steel
- Aluminum
- Copper
- Brass
- Titanium
- Inconel
- Galvanized steel
- Carbon steel
Application areas: Fiber lasers are commonly used in pipe cutting and welding applications due to their high precision, speed, and efficiency. However, the specific capabilities of a fiber laser will depend on the power and wavelength of the laser, as well as the thickness and type of material being processed.
Fiber lasers offer several advantages over other types of lasers for profile processing, which involves cutting or shaping materials into specific shapes and profiles. Here are some of the main advantages:
- High efficiency: Fiber lasers have a higher efficiency than other types of lasers, such as CO2 lasers. This means that they convert a higher percentage of the input energy into laser light, making them more cost-effective to operate.
- High precision: Fiber lasers can achieve very high levels of precision and accuracy in profile processing, thanks to their ability to produce very small spot sizes and very narrow cuts. This makes them ideal for cutting complex and intricate shapes.
- High speed: Fiber lasers can operate at high speeds, which allows them to process materials quickly and efficiently. This is especially important for large-scale industrial applications.
- Low maintenance: Fiber lasers have a relatively low maintenance requirement compared to other types of lasers, which can be expensive and time-consuming to maintain.
- Versatile: Fiber lasers can process a wide range of materials, including metals, plastics, ceramics, and composites, making them suitable for a variety of applications.
- Safe: Fiber lasers are generally considered to be safer than other types of lasers, as they produce less radiation and heat. This makes them a good choice for use in settings where safety is a concern.
Overall, fiber lasers offer a range of advantages that make them a popular choice for profile processing applications in a variety of industries, including aerospace, automotive, medical, and electronics. If you are tried of watching your over 400000$ machining center opening a few drill holes, some water slot, doing some marking and lock box , it is time to buy a profile processing fiber laser now.
Processing Format & Working Range |
|
Pipe Processing Range |
236″ x φ13/32″- 8 21/32 □13/32″-5 28/32″ |
X-axis Stroke |
11 13/16″ |
Y-axis Stroke |
255 29/32″ |
Z-axis Stroke |
11 13/16″ |
Accuracy |
|
X/Y Axis Positioning Accuracy |
± 1/64″ /m |
X/Y Axis Repositioning Accuracy |
±0.03m/m |
Speed |
|
Max. Moving Speed Y axis |
109 yard/min |
Max. Chuck Speed |
100 r/min |
Weight & Size |
|
Max Single Tube Loading Weight |
3373 lbs |
Shortest Tail Length |
5 7/64″ |
Dimension(L×W×H) |
381*81.88″*x 106.29″ |
Weight(kg) |
10667 lbs |
Five axis fiber laser advantages for profile and pipe cutting
Front Chuck: An aluminum cover is utilized to enhance the chuck’s corrosion resistance and sealing performance, while a full-stroke external roller is implemented to improve the chuck’s clamping force and load-bearing capacity. Additionally, the chuck is equipped with a pressure-holding feature that can sustain pressure for up to 8 hours, preventing any potential safety hazards resulting from unexpected power or gas outages.
Rear Chuck: The installation of the product can be easily done using keyway positioning and requires no comb adjustment. The front chuck can extend the rear claw to achieve ultra-short tail cutting. With robust rear clamping force and an anti-skid claw, the pipe remains secure, minimizing the risk of slipping or falling off.
Servo driver profile following support system: The product employs an up and down following movement mode, which significantly enhances the cutting accuracy and load-bearing capacity by providing efficient support for the pipe.
Cutting Head: The bevel cutting head can rotate ±45°, and is crafted from aviation-grade aluminum material with high-precision machining, ensuring exceptional rigidity for improved accuracy and cutting stability. This design enables the product to cater to a wider range of application scenarios, meeting even the most stringent welding requirements.
Almost all materials common in the metal processing industry, steel, aluminum, carbon steel, mild steel, galvanized sheet, steel coil, zinc coated steel sheet, brass, stainless steel, electrolytic plate, alloy, and other ferrous and non-ferrous metals can be fatly and accurately cut by the laser cutting machine.
Click here to see all fiber laser cutting machines.
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