Fiber Laser Marker
last update: June 21, 2018
Our exclusive flexible pulse control (up to 1MHz, adjustable 1 - 20 pulses) enables optimum marking and processing for a variety of materials and applications, for a variety of materials and applications, including both heated and non-heated marking/processing, etc.
Deep engraving of metal. rough polishing, and other energy-intense processing becomes possible with an expanded and enhanced flexible pulse control, which provides pulse streams of up to 30 pulses.
Clean marking is now possible for 3D surfaces, such as stepped, sloped, curved, conical and spherical surfaces without any additional software.
G-DAC stands for the OMRON-developed Galvano Dynamic Acceleration Control.
The G-DAC feature adjusts the laser marking speed for optimum performance, based on the marking details.
This speed flexibility enables high-speed, clean marking.
Note: G-DAC performance depends on the application. Be sure to test your application in advance.
The MX-Z2000H series enables direct connectivity between the image processing system and the laser marker that traditionally required PLC processing . This means, there is no need for a PLC to do the linking between the vision system and the laser marker.
Notes:
1. The optional finder feature is required to use this function.
2. As the end of April 2017, corresponding image processing system is OMRON FH series and part of FQ2 series.
Please refer to finder option catalogue Q255-E1 to select image processing system.
To mark a product in the same area everytime, an image processing system measures the position reference, transfers the position coordinates and the laser marker adjusts itself to mark in the correct place. After the laser marking is completed, the image processing system can also read a 2D code or any other inspection of the data or images just marked on the product.
Archive marking data, and other data to a log, etc. Simplify both traceability and preventive maintenance.
The MX-Z2000H series is compatible with various kinds of external control. Built-in I/O connections, RS-232C, Ethernet, and EtherNet/IP™ simplify programming to control the system from a PLC.
*Please check the user's manual before using available functions and commands.
The MX-Z2000H series can access and marking data that is stored on an Ethernet server to keep up with the tremendous amount of data used for multi-variant, small lot productions. This simplifies the switching of marking data for each variant.
The laser head (where the laser light is emitted) has a double glass cover to keep dust and moisture away and ensure air-tightness.
When building a product to meet the ISO 13849-1 (JIS-B9705-1) criteria, you have to provide safety measures for the total device in which the laser marker is installed. The MX-Z2000H series has 2 safety relays in the controller, and sending an emergency stop signal from an external controller to the interlock terminals will absolutely stop the power supply to the laser.
The laser markers meet each standard and regulation. They can now be used internationally.
Note: For details about exact countries and areas, contact your local OMRON representative.
There is no need to buy separate editing software, or a computer to edit data. Data editing functionality is built right into the laser marker itself, simplifying the process.
You can also use a separate computer if you choose, to create and edit the print data, including graphics, with the same functionality as is built into the laser marker.
The Finder feature enables visual positioning of small parts for marking/processing, as well as automated positioning and inspection with an image processing system.
Please refer to the catalogue Q255-E1
last update: June 21, 2018