|
|||||||
 |
|||||||
|
|
|||||||
|
|||||||
|
CompactMark is a high performance marking system; a winning combination of flexibility in the FiberFly laser, complicity in the movement of the componentry – axes Z and X, table Y, the rotating spindle – and FlyCAD software.
With a footprint of only 800(L)x1200(P) mm you will have, at your disposal, a system that can mark a 580x500mm working area
FlexyMark – with its wide working chamber – is the ideal system for the marking of very big parts or of pallets with large series of small components.
It is a system that can be customized very easily with free roller of different dimensions, automatic pick&place systems, motorized tables with stroke up to 1000mm, rotating axis also – if necessary – with counter-chuck for marking long and heavy cylindrical parts..
Rotomark combines the productivity of a laser marking system with an index table of large dimensions (ø 800mm or 1000 mm, from 2 to 8 stages) with the possibility to mark single parts using the very comfortable manual door. The motorized and pc-controlled Z axis, with encoder allow the marking of parts with different thickness.
Lasertab is a highly compact, quiet and functional system, which can be installed immediately and easily on any desktop.
The Z axis – with a motor with encoder and joystick – allows components varying in thickness from 0 to 150mm to be marked.
The marking of small series is much more convenient due to a very useful drawer that allows the load-unloading without opening the door.
RotoTab is a highly compact, quiet and functional system – with a 2 position pneumatic index table - which can be installed immediately and easily on any desktop. The ø 400mm table allows the marking of small parts also in large series.
The Z axis – with a motor with encoder and joystick – allows components varying in thickness from 0 to 150mm to be marked.
Desktop laser marking system with manual Z-axis and manual door.
The ideal solution, economic and functional, to transform every FLY Laser (FlyAir, FiberFly, FlyDPPS, CO2) into a safe and practical laser marking system.
