Prestige L2 & XL2
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Prestige L2 User manualPrestige XL2 Installation & setup guideThe full manual, beyond first setup. · All manuals
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TITLEPrint Head Step Calibration – Requirements and Procedure
SECTION00:00:02 Calibration Overview and Requirements INSTRUCTION STEPS1) Understand that proper step calibration is required after full printer setup.2) Repeat calibration if you experience blurry prints, fuzzy images, poor image quality, or banding.3) Note this guide covers requirements, cover sensor bypass, and step calibration only. SECTION00:00:32 Recommended Tools for Calibration CHECKLIST- Magnifying glass or handheld microscope (recommended)- Cell phone camera (acceptable for step, head, and bidirectional calibration)- Magnet or small piece of metal SECTION00:00:58 Bypassing the Cover Sensor INSTRUCTION STEPS1) Locate the cover sensor on the printer.2) Place a magnet or piece of metal on the sensor as shown.3) Confirm the printer can operate with the cover open.4) Use this method for calibration only.5) Close the cover during normal operation for safety. SECTION00:01:14 Software Preparation and Nozzle Check INSTRUCTION STEPS1) Open the DTF Station Pilot program.2) Set the correct print start position.3) Run a nozzle check.4) If the printer has been idle for more than 20 minutes, perform two head cleanings first.5) Verify nozzle check results are similar to or better than those shown in the video.6) If coverage is below 90%, perform additional ink fills or head cleanings.7) Contact technical support if adequate nozzle coverage cannot be achieved. SECTION00:01:38 Accessing Step Calibration INSTRUCTION STEPS1) Navigate to the Calibration tab in the Pilot program.2) Select the Step Calibration subtab.3) Click the Test Print button. SECTION00:02:07 Evaluating Step Calibration Test Print INSTRUCTION STEPS1) Inspect the printed horizontal black lines from the left and right sides.2) Observe the numbers below the lines, ranging from -4 to +5.3) Identify the number where both lines overlap perfectly into one solid black line.4) Typical correct values are around -1, 0, or +1. SECTION00:02:40 Applying Step Calibration Value INSTRUCTION STEPS1) Enter the selected value into the Pilot program.2) Click Apply.3) Click Test Print again.4) Verify the best overlap now occurs at 0.5) If not, adjust and repeat the process until the best overlap is at 0.6) Click Save once confirmed. SECTION00:03:23 Troubleshooting Inconsistent Results INSTRUCTION STEPS1) If calibration values change between tests, inspect vacuum intensity on the printer bed.2) Check the film condition.3) Inspect pinch rollers.4) Verify media tension.5) Contact DTF Station technical support if issues persist.
TITLEPrint Head Step Calibration – Requirements and Procedure
SECTION00:00:02 Calibration Overview and Requirements INSTRUCTION STEPS1) Understand that proper step calibration is required after full printer setup.2) Repeat calibration if you experience blurry prints, fuzzy images, poor image quality, or banding.3) Note this guide covers requirements, cover sensor bypass, and step calibration only. SECTION00:00:32 Recommended Tools for Calibration CHECKLIST- Magnifying glass or handheld microscope (recommended)- Cell phone camera (acceptable for step, head, and bidirectional calibration)- Magnet or small piece of metal SECTION00:00:58 Bypassing the Cover Sensor INSTRUCTION STEPS1) Locate the cover sensor on the printer.2) Place a magnet or piece of metal on the sensor as shown.3) Confirm the printer can operate with the cover open.4) Use this method for calibration only.5) Close the cover during normal operation for safety. SECTION00:01:14 Software Preparation and Nozzle Check INSTRUCTION STEPS1) Open the DTF Station Pilot program.2) Set the correct print start position.3) Run a nozzle check.4) If the printer has been idle for more than 20 minutes, perform two head cleanings first.5) Verify nozzle check results are similar to or better than those shown in the video.6) If coverage is below 90%, perform additional ink fills or head cleanings.7) Contact technical support if adequate nozzle coverage cannot be achieved. SECTION00:01:38 Accessing Step Calibration INSTRUCTION STEPS1) Navigate to the Calibration tab in the Pilot program.2) Select the Step Calibration subtab.3) Click the Test Print button. SECTION00:02:07 Evaluating Step Calibration Test Print INSTRUCTION STEPS1) Inspect the printed horizontal black lines from the left and right sides.2) Observe the numbers below the lines, ranging from -4 to +5.3) Identify the number where both lines overlap perfectly into one solid black line.4) Typical correct values are around -1, 0, or +1. SECTION00:02:40 Applying Step Calibration Value INSTRUCTION STEPS1) Enter the selected value into the Pilot program.2) Click Apply.3) Click Test Print again.4) Verify the best overlap now occurs at 0.5) If not, adjust and repeat the process until the best overlap is at 0.6) Click Save once confirmed. SECTION00:03:23 Troubleshooting Inconsistent Results INSTRUCTION STEPS1) If calibration values change between tests, inspect vacuum intensity on the printer bed.2) Check the film condition.3) Inspect pinch rollers.4) Verify media tension.5) Contact DTF Station technical support if issues persist.
TITLEChannel Calibration – Left and Right Direction Procedure
SECTION00:00:02 Channel Calibration Overview and Requirements INSTRUCTION STEPS1) Perform channel calibration to maintain consistent, sharp colors and reduce fuzziness.2) Use a magnifying glass or microscope for accuracy.3) If no magnification tool is available, leave all channel values at zero.4) Understand this process aligns all color nozzles horizontally.5) Ensure the varnish channel aligns with color channels for proper peeling and durability. SECTION00:00:37 Accessing Channel Calibration INSTRUCTION STEPS1) Open the Pilot software.2) Click Calibration.3) Select Channel Calibration.4) Select the Left Direction tab.5) Click the Calibration button. SECTION00:01:11 Reviewing the Left Direction Test Print INSTRUCTION STEPS1) After printing, place a white sheet of paper under the printer bed for visibility.2) Review the printed alignment bars.3) Identify eight channels with five nozzle bars each.4) Compare the zero bar and surrounding bars for each channel.5) Identify which bar shows the best alignment for each channel. SECTION00:01:46 Interpreting Channel Results (Example) CHECKLIST- Channel 1: best at -1- Channel 2: best at -2- Channel 3: base bar, keep at 0- Channel 4: best at -1- Channel 5: best at 0- Channel 6: best at -1- Channel 7: best at 0- Channel 8: best at 0 SECTION00:02:05 Preparing to Enter Values INSTRUCTION STEPS1) Remove the white paper from under the printer.2) Turn the vacuum back on.3) Write down the selected values for each channel. SECTION00:02:21 Entering Left Direction Channel Values INSTRUCTION STEPS1) Return to the Pilot software.2) Locate the row labeled H0 Row 1.3) Enter the values directly for each channel.4) Since Pilot defaults to zero, input the observed values as-is.5) Leave channels not adjusted at zero.6) Save the settings. SECTION00:02:42 Verifying Left Direction Calibration INSTRUCTION STEPS1) Run the channel calibration test print again.2) Confirm all channels align at zero.3) If any channel aligns better at +1 or -1, adjust that value.4) Repeat calibration until all channels align at zero. SECTION00:03:09 Right Direction Channel Calibration INSTRUCTION STEPS1) Select the Right Direction tab.2) Click the Calibration button.3) Review the printed alignment bars using the same method as left direction. SECTION00:03:28 Entering Right Direction Adjustments INSTRUCTION STEPS1) Identify any channel not aligned at zero.2) In the example, Channel 2 aligned best at -1.3) Enter -1 for Channel 2.4) Leave all other channels at zero.5) Save the settings.6) Run another test print to confirm alignment. SECTION00:03:48 Final Verification INSTRUCTION STEPS1) Confirm all channels align at zero after adjustment.2) Repeat adjustments and test prints as needed for accuracy.
TITLEBidirectional Calibration – Procedure Guide
SECTION00:00:02 Bidirectional Calibration Overview INSTRUCTION STEPS1) Perform bidirectional calibration after completing all previous calibrations.2) Understand this step ensures the sharpest possible printed image.3) Note that poor calibration can cause blurry prints or a doubling effect.4) Recognize that bidirectional calibration combines left and right unidirectional patterns.5) Perform this calibration periodically, especially when film thickness changes or print head conditions change. SECTION00:00:30 Accessing Bidirectional Calibration INSTRUCTION STEPS1) Open the calibration menu in the Pilot software.2) Select the Bidirectional Calibration tab.3) Tap Test Print to generate the calibration pattern. SECTION00:00:45 Evaluating the Bidirectional Test Print INSTRUCTION STEPS1) Identify the darker black bars at the top and bottom of the pattern.2) Identify the lighter black bar in the center.3) Locate the bar where the dark and light patterns overlap perfectly.4) Use a microscope for best accuracy or a phone camera if needed. SECTION00:01:00 Calculating and Applying the Bidirectional Value INSTRUCTION STEPS1) Identify the best overlap value from the test print.2) Locate the current bidirectional value next to the test print field in the software.3) Add the overlap value to the current value.4) Enter the new calculated value into the field.5) Click Save. SECTION00:01:20 Verification and Confirmation INSTRUCTION STEPS1) Hold the down arrow icon briefly.2) Tap Test Print again.3) Verify the zero bar now shows the best overlap.4) If zero is optimal, bidirectional calibration is complete.5) If not, repeat the adjustment process until zero provides the best overlap.
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