The Matica EDIsecure®XID8600 is built from the same reliable engine as its predecessors, the XID8300 and XID9300 series, but offers you true 600 DPI printing for a low cost, desktop, anti-counterfeiting solution for driver licenses, access cards, identification badges, student IDs and more.
In addition to standard four color retransfer printing, the XID8600 can also print higher resolution text and images, with twice the clarity of 300 DPI retransfer printers. This allows you to create card security features, micro text, and watermarks that are nearly impossible to see with the naked eye, and require over 10x magnification to verify.
The XID8600 is the perfect combination of reliability and flexibility for producing high volumes of access cards, driver licenses and identification badges, with practical security features for government agencies, military installations, transportation authorities, healthcare systems, educational institutions, enterprise corporations, and more.
Watch the videos below, download the brochures, or contact us today for more information about this unique solution!
Click on the thumbnails below to see larger, more detailed images:
Download the XID8600 Product Brochure.
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Download the XID8600 Graphics Specifications.
- DISO claims that when combined with the EDIsecure drivers license printers already deployed in the states of South Carolina and Mississippi, there will be more than 600 EDIsecure printers and laminators in use in the US driver license market, and roughly 4 million cards produced per year on this equipment.
- If you install the thermal printer driver and are not able to get the printer to work, here is a workaround that will fix the problem. First, navigate to the Devices and Printers section. Press the Windows Start button. Choose Control Panel If the Control Panel is in Category view, click on the View devices and printers. Once you get to the Devices and Printers screen, click on add a printer.
- The PEAK series offers true over-the-edge printing, with robust colors, and through its reverse printing technology puts the dye-sublimation color under a layer of resilient clear polyester, which allows it to print on cards as thin as 10-mil up to 80-mil thick, and on a wider range of card materials such as PVC, ABS, PET and composite cards.
Follow the steps to install drivers in compatibility mode. Right click on the setup file of the driver and select Properties. Select Compatibility Tab. Place a check mark next to Run this program in Compatibility mode and select the operating system accordingly from the drop down list. Let the driver to install and then check the. The major updates that were seen on Windows 95 when compared to the earlier versions of Windows like Windows 3.1 or earlier are the Graphical User Interface updates as well as the ability to simply plug and play certain devices without going through a long hardware drivers installation process.
-->Use DISM with INF-style drivers to add, remove, or list drivers to an online or offline Windows image (.wim). Microsoft Windows Installer or other driver package types (such as .exe files) are not supported.
You can specify a directory where the driver INF files are located, or you can point to a driver by specifying the name of the INF file.
The base syntax for servicing a Windows image using DISM is:
DISM.exe {/Image:<path_to_ image_directory> | /Online} [dism_global_options] {servicing_option} [<servicing_argument>]
The following driver servicing options are available for an offline image.
DISM.exe /image:<path_to_image_directory> [/Get-Drivers | /Get-DriverInfo | /Add-Driver | /Remove-Driver | /Export-Driver]
The following driver servicing options are available for a running operating system.
DISM.exe /Online [/Get-Drivers | /Get-DriverInfo | /Export-Driver]
The following table provides a description of how each driver servicing option can be used. These options are not case sensitive.
| Option/Argument | Description |
|---|---|
Option: /Get-Help /? | When used immediately after a driver servicing command-line option, information about the option and the arguments is displayed. Additional topics might become available when an image is specified. Examples: Dism /image:C:testoffline /Add-Driver /? Dism /online /Get-Drivers /? |
Option: /Get-Drivers Arguments: /All /Format:{Table | List} | Displays basic information about driver packages in the online or offline image. By default, only third-party drivers will be listed. Use the /all argument to display information about default drivers and third-party drivers. Use the /Format:Table or /Format:List argument to display the output as a table or a list. If you point to an image, you can determine what drivers are in the image, in addition to the state of the drivers (installed or staged). Example: Dism /image:C:testoffline /Get-Drivers Dism /online /Get-Drivers |
Option: /Get-DriverInfo Arguments: /Driver:<installed_INF_FileName> /Driver:<path_to_driver.inf> | Displays detailed information about a specific driver package. You can point to an INF file installed in the image, or one that is not yet installed. You can specify the name of the uninstalled driver or the third-party driver in the device driver store. Installed third-party drivers in the driver store will be named Oem0.inf, Oem1.inf, and so on. This is referred to as the published name. You can specify multiple drivers on the command line by using the /driver option multiple times. Example: First, use the /Get-Drivers option so that you can identify a driver INF file. Then run the following command: Dism /image:C:testoffline /Get-DriverInfo /driver:<path_to_driver.inf> Dism /online /Get-DriverInfo /driver:C:testdriversusbusb.inf |
Option: /Add-Driver Arguments: /Driver:<folder_containing_INF> /Driver:<path_to_driver.inf> /Recurse /ForceUnsigned | Adds third-party driver packages to an offline Windows image. When you use the /Driver option to point to a folder, INF files that are not valid driver packages are ignored. These files are reported on the console when the command runs, and a warning is included in the log file. You will not receive an error message. If you point to a path and use the /Recurse option, all subfolders are queried for drivers to add. For testing purposes you can use /ForceUnsigned to add unsigned drivers and override the requirement that drivers installed on X64-based computers must have a digital signature. For more information about driver signing requirements, see Device Drivers and Deployment Overview. Examples: Dism /image:C:testoffline /Add-Driver /driver:C:testdrivers</strong> Dism /image:C:testoffline /Add-Driver /driver:C:testdrivers /recurse Dism /image:C:testoffline /Add-Driver /driver:C:testdriversmydriver.inf Dism /image:C:testoffline /Add-Driver /driver:C:testdriversmydriver.inf /ForceUnsigned |
Option: /Remove-Driver Arguments: /Driver:<published_name> | Removes third-party drivers from an offline image. When third-party drivers are added, they are named Oem0.inf, Oem1.inf, and so on. You must specify the <published name> (for example, Oem1.inf) to remove the driver. You cannot remove default drivers. Warning Removing a boot-critical driver package can make the offline Windows image unbootable. You can specify multiple drivers on the command line by using the /Driver option multiple times. Examples: Dism /image:C:testoffline /Remove-Driver /driver:oem1.inf Dism /image: C:testoffline /Remove-Driver /driver:oem1.inf /driver:oem2.inf |
Option: /Export-Driver Arguments: /Destination:<path_to_destination_folder> | Exports all third-party driver packages from a Windows image to a destination path. The exported drivers can then be injected to an offline image by running the DISM Add-Driver command. This command is new for Windows 8.1 Update. Examples: DISM /Online /Export-Driver /Destination:C:destpath DISM /Image:Ctestoffline /Export-Driver /Destination:C:destpath |
Limitations
The driver servicing command supports only .inf files. Windows Installer or other driver package types (such as .exe files) are not supported.
Drivers are installed in the order that they are listed in the command line. In the following example, 1.inf, 2.inf, and 3.inf will be installed in the order that they are listed in the command line.
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