FiberFly® 20W
TECHNOLOGY
FiberFly is the ultimate solution for precision marking and micro-processing of all types of metals and plastics. Extremely compact, modular and perfectly sealed, it is configured for easy integration into any industrial production line. The FiberFly system offers the perfect combination of reduced operating costs and high throughput.
Technical information
MAINTENANCE FREE The expected diode life of a fiber laser is in excess of 100.000 hours.
LASER MODULE Compact, 90° adjustable, with an ultra-fast scanning unit. Several laser controls (i.e. laser OK, oscillator failure, alarm reflected radiation…) including real time measurement of the emitted power.
CONTROL MODULE It contains the Laser Generator, the Power Supply and the Server in a stainless steel 3U 19” rack. The POWER SUPPLY is protected against interferences and impulsive signals. The SERVER unit, for the control of the laser marking system is connected to the company network or to the client PC through a 100Mbit/s TPC/IP communication. There is an industrial 26pin round connector available to directly connect the start/stop signals, the marking light and the encoder signals, if marking on fly is used.
DUST PROTECTION FAN FILTER is provided on the front panel of the Control Module so that the laser can easily be used in harsh industrial environments with oil and dust contaminants.
FLY CONNECTOR A 25 mm diameter stainless steel connection between the laser and the diode module provides for increased protection of the fiber and the cables. This design eliminates the risk of accidental breakage of the fiber. It also provides extra protection against electromagnetic interferences and electrostatic discharges.
POSSIBILITY TO INTEGRATE UP TO 8 MOTORS The motor system is based on servo/stepper motors with encoder feedback and supports the use of a JOYSTICK for and easy and very quick positioning of the parts to be marked. The interface is a RS485 Bus.
LASER OPERATIVE SOFTWARE FlyX (ActiveX) and MotorX (ActiveX) provided for users that prefer to build their own application. FlyCAD for a system with complete software, for immediate use where all the more advanced functions have already been implemented.
Technical specification - FiberFly® 20W
LASER
CW Output power
20 W
Pulse energy
1mJ
Solid State Laser
Pulsed active Ytterbium Fiber
Cooling System
Integrated, Air to Air
Beam Quality
M2 < 1.5
Pulse frequency
20-100 Khz
Aiming Beam for marking preview
650 nm Red Diode
SCANNER
Mirror aperture
8 mm
Marking Speed
600 characters/s
Accuracy
2 micron