The 3D fiber laser
cutting machine of Laserlab has broken the monopoly of foreign markets
in automotive industry. This machine mainly processes on parts of 0.5--6
mm thickness and auto three-dimensional parts. It has high efficiency,
easy operation, low cost for operation and maintenance.
The 3D fiber laser cutting machine of
Laserlab has broken the monopoly of foreign markets in automotive
industry. This machine mainly processes on parts of 0.5--6 mm thickness
and auto three-dimensional parts. It has high efficiency, easy
operation, low cost for operation and maintenance.
Farley Laserlab's new 3D robotic arm laser
cutting machine is bringing the latest technology to Australian and New
Zealand Manufacturing.
Farley Laserlab's new 3D Robotic Arm Laser Cutting Machine is bringing the latest technology to Manufacturing.
Specifically designed for use in high volume laser cutting environments,
the 3D Robotic Arm Laser will vastly improve your production efficiency
and accuracy which will give you a superior product for your market.
Farley Laserlab utilizes either Staubli or ABB robots which provide
accuracies from +/- 0.05mm and maximum positioning speed of 30m/min.
Also using the latest in laser technology by integrating the power
efficient fiber laser source, giving you the best and most cost
effective technology on the market today.
3D Fiber laser cutting is defined as: multi-angle, multi-direction
flexible cutting for different thickness metal-plate by specific fiber
laser cutting head.
3D fiber laser cutting machine works with
auxiliary gas is 99.99% oxygen, can greatly improve the precision of the
cutting, speed and cross section, 3D Fiber laser cutting quality is
affected by following factors:
● the power of the laser machine;
● the pressure and purity of the auxiliary pressure;
● focal length of the cutting head;
● the thickness of the processing workpiece;
● robot´s module positioning accuracy of the demonstrating track and offline programming;
● Robot´s repeat accuracy of the path, repeat positioning accuracy and speed.