autofocus with height sensor
gold collection system
fume extractor
smart fume extractor
vision system
an overview of markomark , marking software from markolaser standard markomark functionality: standard features are marking of objects and entities created in the editor or loaded / imported using the load or import functionality. standard objects and entities are: geometries like rectangle, ellipse, lines, points barcodes bitmaps serial numbers date time objects motion controllers control objects which are: set output bits ( digital signals ) dac output ( analog signals ) timer wait for input override power / frequency / speed start an executable motion control objects motf control objects import / export of various file formats (adobe illustrator, dxf, etc…) mark preview window assign parameters like speed, frequency, power, laser delays to pens for marking
an overview of markomark , marking software from markolaser standard markomark functionality: standard features are marking of objects and entities created in the editor or loaded / imported using the load or import functionality. standard objects and entities are: geometries like rectangle, ellipse, lines, points barcodes bitmaps serial numbers date time objects motion controllers control objects which are: set output bits ( digital signals ) dac output ( analog signals ) timer wait for input override power / frequency / speed start an executable motion control objects motf control objects import / export of various file formats (adobe illustrator, dxf, etc…) mark preview window assign parameters like speed, frequency, power, laser delays to pens for marking additionally there are several marking modes, as: 3d marking functionality: load and generate 3d data. the marking focus will be shifted in z-direction by an additional focal lens. this can be used for deep engraving and marking 3d surfaces. dual head functionality: it is possible to control more than one laser head at the same time from a single process window. 3d marking functionality: load and generate 3d data. the marking focus will be shifted in z-direction by an additional focal lens. this can be used for deep engraving and marking 3d surfaces. stand alone functionality : our control card can be run in standalone mode. therefore they have to be connected via ethernet telnet interface or rs232 plain ascii terminal. this will allow giving commands to the controller like start mark, get time. 3d marking /engraving: import / export 3d data called stl or cli files. the 3d will be done by slicing the source file then moving the marking target object in z-direction with a motion device between marking the slices. this means the object is marked layer for layer. possible features are up- and downspins marking and beam compensation. remote control - client control interface: this function allows us to customize the software user interface as per their requirement.
home_dietitian2_pic6 markomark basics supported file formats limited home_dietitian2_pic7 markomark advance client control interface mark on the fly (motf) splitting functionality supported file formats all vector files marking on the fly motion controls stand alone functionality home_dietitian2_pic8 markomark premium client control interface mark on the fly (motf) splitting functionality 3d free form supported file formats all vector files marking on the fly motion controls multi head option stand alone functionality
machine accessories
rotary
panel ac
laser safety eyewear
additional f-theta
laser marking of data matrix code on gear with the help of our fiber lasers, we generally surface mark data matrix code (2d-code) on to the automotive metal components such as gear. for providing uniqueness to the gear, the data matrix code marked is encoded with a unique identification number. with this unique identification number, the gear traceability can be achieved through out the supply chain.
laser marking of data matrix code on gear with the help of our fiber lasers, we generally surface mark data matrix code (2d-code) on to the automotive metal components such as gear. for providing uniqueness to the gear, the data matrix code marked is encoded with a unique identification number. with this unique identification number, the gear traceability can be achieved through out the supply chain. laser marking of data matrix code is done in respect to the guidelines defined by iso-16022, which is an international standard for “data matrix bar-code symbology specification”. with the help of cognex made industrial bar-code scanner, verifying and validating (with respect to iso standard aim-dpm-1-2006 or iso/iec tr 29158) of laser marking and encoded data is performed respectively.
