NEW MODEL BIG+-III : Beam and profile fiber laser cutting machine
Diameter 450 mm - Lenght 14 m - Beam/Profile/tube/pipe fiber laser cutting machine for the constructor
Shape the future : Fiber Laser Profile and Tube Cutting
Automatic 3D laser cutting solution specifically designed for long, heavy tube and profile work. It is often used in the construction industry to create building structures, heating and ventilation systems, and cranes. 3D Cutting wide variety of tubes –round, square, rectangular. As well as H, I and L shapes Optional chain conveyor for easy loading of larger quantities of material for continuous operation. The 4 jaw Chucks System design can clamp a variety of material shapes without needing to change jaws, therefore reducing machine set-up time
To our Fiber Profile cutting lasers
The future is Fiber laser!
Fiber laser tube and pipe cutting
Pressure to manufacture products in shorter time periods and at lower costs is growing in conventional Beam, tube and profile cutting.
With the laser, entire process steps are no longer necessary, and this means immediate savings for any constructor.
You expand your part spectrum and your range of customers at the same time.
Our Beam, tube and profile laser’s versatility makes it possible to produce small lot sizes quickly and efficiently and offers the flexibility needed to tackle custom jobs.
The broadened spectrum of design possibilities offered by laser cutting gives both constructor and their clients a clear competitive edge over conventional methods.
Fiber laser Beam and Tube Cutting Line; Generation 3.0
The LFBP BIG+-III Fiber laser Beam, Profile, Pipe and Tube Cutting Line
450mm diameter - 12m BEAM - PROFILE - TUBE - PIPE fiber laser cutting machine
Patented height Following parts support for NON round parts
Beam and Tube Cutting Line; Generation 3.0
The LFBP BIG+-III Fiber laser Beam, Profile, Pipe and Tube Cutting Line
is the next generation 3D cutting machine for any constructor.
The highly productive Machine is the answer to automated but expensive tube laser cutting machines.
Patented contour height following support
NON ROUND profiles perfectly supported before, during and after cutting
Bigger than bigger
Big Tube & Profile Laser Cutting machine
Diameter 350mm or 450 mm tube and profile cutting cutting
Automatic Unloading with Servo Floating Supporter.
Widely used in cut big heavy tubes and special profiles like Angle, Channel Steel, I, C,
Also it improve and ensure cutting accuracy when you cut small tubes (avoid tube shaking during tube rotation).
Diameter 350mm or 450 mm tube and profile cutting cutting
Automatic Soft Unloading with Servo Floating Supporter - workpiece actively fully supported during rotation
Soft unloading of finished parts
Special for construction Profiles
H-Profile - T-Profile - L-Profile - I-Profile - C-profile - HEA-Pprofiles
The advantages of thick Wall pipes and tubes Fiber laser cutting
Laser cutting of thick walled pipes or structural applications provides cost and part quality advantages when compared to traditional plasma or oxygen cutting.
The laser performs accurate cuts needed to meet the required tolerances; without the need for grinding or other re-work.
The laser cut edges are ready for welding without any additional weld prep. Laser cutting consolidates multiple operations that would normally require multiple set ups, plus additional handling and labor.
Auto-Loader for Big profile and Tubes
Full automatic loading of different Tubes and Profiles till 14m long
Fully servo supported unloading system
Workpiece is continiously supported in the full lenght
The advantages of fiber laser cutting:
More efficiency and less power consumption
The increased electrical efficiency of fiber laser technology drastically slashes the electrical consumption of the system which means a monthly savings on your utility bills and a reduction in the initial investment in electrical equipment and services.
Superior performance on thinner materials
The faster speed of nitrogen fiber laser cutting on thin walled more than doubles machine productivity compared to CO2: mild steel and medium thickness stainless steel are the materials that typically benefit the most from fiber laser technology.
No laser maintenance needed
The fiber laser does not require routine maintenance or rebuilding procedures. No laser gas is needed. Laser beam quality is stable over time and is available immediately upon start up.
New materials and new opportunities
Copper and brass, materials which were off-limits with CO2technology can be easily cut with fiber laser. Even tricky to cut aluminum and galvanized steels have no limits. Fiber technology offers new opportunities and a more robust production method for difficult materials.