Frequency: | Monthly |
The external and internal parts of the printer should be cleaned according to the guidelines in the following sections. Here is a quick overview:
Frequency: | Weekly |
Remove the catch tray and clean it of dust or any drops of resin with a clean-room wipe and 90% Alcohol Solution as described below.
If there has been a significant leak from the resin tray, replace the resin tray and install the new catch tray that came with the new resin tray.
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CAUTION: Do not attempt to use a catch tray after it has captured a significant spill of resin. It can be difficult to clean the glass well enough to ensure perfect transmission of the UV radiation to ensure good print quality. Instead, replace the catch tray. 3D Systems is not responsible for print quality failures due to a contaminated catch tray. Do not attempt to clean the catch tray while it is still inside the printer. The cleaning methods discussed below could cause damage to printer components if attempted inside the printer. |
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ALWAYS WEAR 100% nITRILE GLOVES WHEN HANDLING THE CATCH TRAY, EVEN IF IT APPEARS THERE IS NO RESIN ON THE OUTSIDE OF IT. Getting fingerprints or other debris on the catch-tray GLASS can degrade print quality. remove/Hold the tray with both hands and upright to prevent spilling. |
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Use the following instructions to reinsert the catch tray into the printer or to install a new catch tray.
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CAUTION: Operating the printer without a catch tray installed risks getting material on the print-engine components, and risks over-curing of the printed parts, as the projector's radiation is filtered slightly by the catch-tray glass. Printing without a catch tray installed will also slightly alter the size of printed parts. |
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Frequency: | When changing materials, or monthly if using same material |
Please follow the instructions in the section Clean Resin Tray to clean it.
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CAUTION: Failure to clean the resin tray regularly risks having partially cured resin bits in the tray, which can cause resin-tray membrane punctures and build failures. |
Frequency: | Monthly |
To clean the tension latches on the left and right sides of the chassis:
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WEAR 100% nitrile gloves throughout this procedure. |
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Cleaning of the tension system is now complete.
Frequency: | Weekly |
The membrane interface lip is pictured below. It is the part of the chassis that makes contact with the resin-tray membrane.
If the lip has dust, debris, or resin on it, clean it with >90% alcohol solvent and a nonabrasive cloth. Inspect the lip for any damage, as chips or cracks could affect the tension of the resin-tray membrane during printing.
Frequency: | Monthly |
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Frequency: | Monthly |
There are strips of dust-sealing material around the underside of the printer lid. These strips must remain intact to avoid dust and other debris entering the print chamber. There are seven strips in total, as indicated below. If ANY of these strips is damaged or removed, cease printing until the strip is replaced. | ![]() |
Ensure that there is no damage to the printer lid that could hinder the printing process. Normal scratches are okay. Look for:
If any of these conditions is found to exist, contact your reseller for replacement information. |
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The outer surface of the lid should be cleaned monthly or as often as necessary to maintain an acceptable appearance. The printer lid is made of acrylic and must be cleaned with a specialty product such as Novus No. 1 or Brillianize. A mild solution of soap or detergent and water can also be safely used. NEVER use window-cleaning fluids with ammonia (such as Windex or Formula 409), gasoline, denatured alcohol, carbon tetrachloride, or acetone, which will cause the acrylic to crack. It is best not to have a print platform or resin tray installed during lid cleaning, so as not to contaminate either with the cleaner you are using. During the cleaning cycle, verify that the hinges move freely. If the hinges are binding, contact your reseller.
NOTE: Grease, oil, and tar may be removed with a good grade of hexane, naptha or kerosene. Be sure to wash these solvents off quickly to prevent damage to the acrylic. |