Mimaki JV3


Important: Firmware requirements:

*The JV3(Dual CMYK) modes have been added for use with the JV3-SP when two sets of CMYK ink are loaded.

Note: Max Printing Widths

To ensure that data from Wasatch SoftRIP is correctly processed, the following setting is REQUIRED on the front panel of the JV3 printer:


Print Mode:

To launch the printer properties for this driver, choose 'Setup' from the 'Print' menu, then select Mimaki JV3 in the 'Printer Model' list, click on the 'Edit' button, and then click on 'Properties'.

images/mimakijv3-1.gif


Print Mode: Select the ink type and printing resolution. This will generally match the inkset that is installed in the printer

Print Direction: Print in both directions (bi) or one direction (uni). Bidirectional is faster than unidirectional. Unidirectional is a better quality than bidirectional.

Pass Count: Select pass count / Overlap

Head Speed: This controls the scan speed of the printhead assembly. Select either High or Low head speed. High is only available at certain print resolutions (modes without a 1440 dpi resolution) and pass counts.

Dot Size: Select the type of dot

Over Print: feature prints over the printed area the selected number of times. For example, if 2 is selected, the amount of ink laid down is double. The maximum value is 9.

Drying Time Before Cut: feature allows you to set the amount of time (in seconds) between the end of the print and the auto-cut operation. Note: Auto-cut must be enabled for this control to have any effect.


Heater, Cutter, and Color Separations:

The heater, cutter, and color separation controls are located on the second tab. The separations controls are only available when using Monochrome modes.

images/mimakijv3-2.gif

The heater controls are used to dry prints faster. If you have Use Printer Front Panel Heater Controls checked, the software does not control the heaters. If it is unchecked, you have the option to disable, or enable the heater at a certain temperature. If the heater is enabled, the heater will not be turned off at the end of the print, so that the heater remains at a constant temperature for the following print.

Note: With Mimaki's SS2 inkset it is recommended that you have heaters set no higher then 35 degrees Celsius

If the heater controls are enabled, and the current temperature of the heaters is less (or more) than the temperature setting, the printer will wait before sending the print until the set constant temperature is achieved. (This may take some time.)

Note: Choosing channel 5 or greater in the color separations section is invalid when dual cmyk inks are installed in the SP model.


White Channel:

The white channel controls are located on the third tab. The white channel controls are only available when using CMYK White or LcLm White modes.

images/mimakijv3-3.gif

Use White Channels: Use either channel individually or both together.

White Layer Method: Choose from Spot Only, Undercoat, or Overcoat. When set to Overcoat or Undercoat, the following controls are enabled:

Note on White Ink Spot Color Replacement

Spot Color replacement can be used with white to designate areas of the print where white should be printed. The steps to use this work flow are:

  1. Select a white ink print mode in the driver properties.
  2. Right click on the area that you want to have white printed to.
  3. Choose to perform a spot color replacement to 'Device (bypass color management)', and choose the 'White' option.
  4. Enter the density of white ink you want to print (we recommend always using the maximum density setting, 255).

The areas marked with red and white strips are the areas in which the white ink will print.


IEEE 1394 (Firewire) Interfacing:

IEEE 1394 is recommended to ensure an adequate data rate for this printer. Mimaki distributes their own driver component for IEEE 1394, that must be installed in Windows. This driver can also be found on the Wasatch SofRIP CD-ROM. Note that Mimaki's driver is for Windows 2000 or XP only.

Steps on installing Mimaki Firewire

After installing the Mimaki IEEE1394 drivers, go to the Print Setup window in SoftRIP. From the Printer Model menu, select your Mimaki printer. After selecting the Printer Model, select IEEE1394-x in the Physical Connection list (where x is the order that the Mimaki Device was detected, see notes below on Connecting to Multiple Mimaki IEEE 1394 Devices).

The following IEEE 1394 FireWire PCI Adapter cards have been tested at Wasatch and found to work well (every card we've tested thus far works fine):

  1. SIIG inc. 3-port 1394 (FireWire) DV kit Model: NN2628
  2. Western Digital 1394 Adapter WDAD002-RNW
  3. Bedienungsanleitung (German) 2external port 1 internal port IEEE 1394 FireWireAdapter ETC-6501
  4. D-Link FireWire Adapter Card DFW-500
  5. Macsense FireWire PCI Adapeter FW-100
  6. Orange Micro inc. OrangeLink FireWire 1394 PCI 70htl13943

Note on connecting to multiple Mimaki IEEE 1394 devices:

In order to print over IEEE 1394 to multiple Mimaki print devices simultaneously, the Mimaki IEEE 1394 driver v2.00 (or later) is required. To make use of this functionality, each Mimaki device must be connected to a separate IEEE 1394 (FireWire) PCI Adapter (up to a max of 4). Do not attempt to plug in multiple Mimaki devices into different ports on the same card, as hardware misdetection and other unexpected results may occur. Also, printing to multiple devices simultaneously may reduce communication speed somewhat due to the additional access time on your computers hard disc.

In addition please be aware of the following precautions provided by Mimaki:




Printer Adjustments:

You should perform all of the printer adjustment steps mentioned in this document to ensure optimal printer operation. You should also perform the following adjustments periodically if the quality of your prints deteriorates.

[HEAD HEIGHT]

Set the Head Height based on the thickness of your media.

[TEST DRAW]

Before continuing with any further adjustments you should make sure that all your heads are firing properly see the Operation Manual for details.

[PRINTADJUST]

You should also complete the [PRINTADJUST] calibration which can be found in the Operation Manual.

[MEDIA COMP.]

For instructions on printing the [MEDIA COMP.] test pattern please see the Operation Manual. Below are some specific notes on this adjustment.

When you print out the [MEDIA COMP.], you should see a pattern similar to the one below. Look at the gap between the two sections (labeled 1 and 2) in illustration (A). You should note that the gap is greater on the left side of the illustration than it is on the right. This is normally a sign that the media is not feeding through the printer in a straight path. If you see a difference between the left and right sides of your print, whether it is a gap or an overlap, you must reload the media. If you run into this problem it may help to feed a little extra media into the printer and then roll it back slightly onto the roll. This should straighten it out. Keep repeating the process of reloading the media and printing the [MEDIA COMP.] until the paper is loaded properly.


(A)

Your goal will now be to eliminate any gap or overlap between the two sections. You can accomplish this by using the keys on the front panel of the printer to increase or decrease the media compensation value (see the operation manual for details). Increase the value to move the two sections father apart or decrease the value to move them closer together.


(B)

Once you have followed the procedures above, your printer should be well adjusted which will reduce banding and other printer artifacts. Remember, when you notice the quality of your prints decrease, follow each of the above steps again.