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ProJet® MJP 2500W / IC
Post Processing Guidep/n 33-D127 Rev E
Original Instructions |
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Please refer back to http://infocenter.3dsystems.com/projetmjp2500w/post-processing-guide for the most up-to-date post processing guide |
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ELECTRICAL SHOCK HAZARD: High voltage electricity is accessible in the vicinity of this sign or behind the access panel. High voltage can cause severe burns or death, as well as fires. Access panels are for service only and should be opened only by certified service personnel or trained maintenance personnel. |
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HOT SURFACE HAZARD: A hot surface is accessible in the vicinity of this sign or behind the access panel. Avoid contact. Hot surfaces can cause burn injury or fire. Allow surface to cool before touching. Access panels are for service only and should be opened only by certified service personnel or trained maintenance personnel. |
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HARMFUL IRRITANT WARNING: Indicates that skin or eye irritation could result while exposed to a chemical composition. |
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CAUTION: Indicates the possibility of loss of data or damage to equipment. |
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WARNING: Indicates the possibility of injury or death to personnel |
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WEAR GLOVES: Wear the appropriate gloves when required. Heat gloves are necessary when touching surfaces that may be hot to ensure burns don’t occur. |
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NOTE: A note signifies important information but not information of a critical content. |
The following paragraphs provide general first aid procedures and recommendations for protective equipment to minimize the risks from material exposure. If professional medical attention is necessary, take the Global Harmonized Standards/Safety Data Sheet (GHS/SDS) for the exact material involved to the attending physician.
If molten material gets on skin, cool rapidly with cold water.
Immediately flush eyes with plenty of water for at least 15 minutes. Get medical attention if symptoms persist.
Move affected person to fresh air. If respiratory irritation occurs, if breathing becomes difficult seek medical attention immediately.
Ingestion is unlikely. If ingested, drink plenty of water and seek immediate medical attention. Do not induce vomiting.
Chemtrec USA (800) 424-9300; Europe +1-703-527-3887
The material cartridges are packaged in shipping cartons. Upon receipt of material shipments, inspect cardboard carton exterior for signs of damage and leakage. If leakage is observed, DO NOT open carton, and contact 3D Systems’s Technical Support Hotline. If no leakage is observed, keep the material cartridges in their cartons and store until material is needed.
See Material Disposal
ProJet® MJP 2500W | ProJet® MJP 2500 IC | ||||
Material (Part/Support) |
VisiJet® M2 Cast (Part) |
VisiJet® M2 SUW (Support) |
VisiJet® M2 ICast (Part) |
VisiJet® M2 IC SUW (Support) |
|
VisiJet® Wax Jewel Red (Part) | |||||
Shelf Life | 2 Years | 2 Years | 2 Years | 2 Years | |
Climate | Cool, dry area with adequate ventilation | ||||
Temperature Range | 60°F (16°C) to 80°F (27°C) | ||||
Maximum Storage Temp | 95°F (35°C) | ||||
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NOTE: For optimal results, keep stored cartons closed and sealed until material cartridges are ready for use. |
Always check material “Recertification Date” before use. Do not load material cartridges into 3D printer system if cartridge date has expired. When printer detects an expired cartridge, it aborts the build and rejects the cartridge. If a job is printing when the cartridge expires, it will try to continue to complete the job. If the next cartridge is expired, it won’t use it.
Support (white) material must be loaded in the left side of material drawer. Part (gray) material cartridges must be loaded in the right side of material drawer. Before loading cartridges into 3D printer system, inspect the cartridges for signs of damage or leakage. Do not load a damaged or leaking cartridge. Dispose of material cartridge according to local regulations.
To store a partially used Material Cartridge, tighten vent cap and store it upright and not on it's side to keep vent cap from clogging.
Material should be stored in their original containers, according to the guidelines given in the GHS/SDS included with the material.
The purpose of this guide is to discuss the various methods on how to post process VisiJet® M2 Cast with VSWR. This part material will be only be available for use in the ProJet® 2500W. Also included in this manual is safety information and material handling information.
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This procedure is a general guideline to help the customers process their printed VisJet® M2 Cast and VisJet® Wax Jewel Red parts with VSWR. Your results may vary slightly from the below procedure. Before proceeding with this method, confirm you have the following items in place. Also, make sure to perform this procedure in a well ventilated room or under a ventilation hood following all local safety procedures and regulations.
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Note: A scalable .stl basket file can be found here: Acrylate Circular Basket.STL. This .stl file can be sized to fit your glass container using the 3DSprint. This .stl file is recommended to be printed on a Acrylate printer only. Do not print this .stl file using VisiJet® M2 Cast or Wax Jewel Red material. |
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NOTE: For small delicate parts, it is recommended to use the cold plate method to remove build parts off the build plate. |
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CAUTION: WAX PARTS ARE VERY DELICATE AND MAY CRACK IF LEFT IN THE FREEZER FOR AN EXTENDED PERIOD OF TIME. |
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Caution: Parts will lose detail/melt if cleaning at temperatures exceeding 95° F ( 35°C). |
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NOTE: As soon as the first part touches the VSWR, you will start to create an VSWR and Wax mixture. At some point this will become saturated depending on how many parts and how much support is on them. When it seems like the parts are taking too long to process, replenish the container with fresh VSWR. |
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NOTE: Confirm part(s) have reached room temperature from freezer before placing in basket. Frozen/cold part(s) that are processed will crack due to thermal shock. |
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Note: Depending on geometry of part(s), saturation of wax in solvent (cloudy appearance) and agitation, results will vary moderately on the amount of time the support wax is removed from the build part. |
The below procedure is a general guideline to help the customer process their printed VisJet® M2 Cast or Jewel Wax Red parts with VisiJet Support Wax Remover (VSWR) in a Ultrasonic Cleaner. Your results may vary slightly from the below procedure. Before proceeding with this method confirm you have the following items in place. Also, make sure to perform this procedure in a well ventilated room or under a ventilation hood following all local safety procedures and regulations.
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Note: A scalable .stl basket file can be found here: Acrylate Rectangular Basket.STL. This .stl file can be sized to fit your ultrasonic cleaner using 3D Sprint. This .stl file is recommended to be printed on a Acrylate printer only. Do not print this .stl file using VisiJet® M2 Cast or Jewel Wax Red material. |
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NOTE: For small delicate parts, it is recommended to use the cold plate method to remove build parts off the build plate. |
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CAUTION: WAX PARTS ARE VERY DELICATE AND MAY CRACK IF LEFT IN THE FREEZER FOR AN EXTENDED PERIOD OF TIME. |
![]() |
NOTE: Confirm part(s) have reached room temperature from freezer before placing in basket. Frozen/cold part(s) that are processed will crack due to thermal shock. |
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NOTE: As soon as the first part touches the VSWR, you will start to create an VSWR and Wax mixture. At some point this will become saturated depending on how many parts and how much support is on them. When it seems like the parts are taking too long to process, replenish the container with fresh VSWR. |
Replace lid and turn on the Ultrasonic agitator.
Observe your parts every 5 minutes to check the progress of the support material removal and make sure parts are still restrained.
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Note: Depending on geometry of part(s), saturation of wax in solvent (cloudy appearance) and agitation, results will vary moderately on the amount of time the support wax is removed from the build part. |
This procedure is a general guideline to help the customer process their printed VisJet® M2 Cast or Jewel Wax Red parts with VisiJet Support Wax Remover (VSWR) in a large ultrasonic cleaner. Your results may vary slightly from the below procedure. Before proceeding with this method, confirm you have the following items in place. Also, make sure to perform this procedure in a well ventilated room or under a ventilation hood following all local safety procedures and regulations.
![]() |
Caution: Hot plate is extremely hot and will cause build plate to become too hot to handle with Nitrile gloves. Use protective heat-resistant gloves when performing this step. |
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NOTE: As soon as the first part touches the VSWR, you will start to create a VSWR and Wax mixture. At some point this will become saturated depending on how many parts and how much support is on them. When it seems like the parts are taking too long to process, replenish the tank with fresh VSWR. |
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Note: Depending on geometry of part(s), saturation of wax in solvent (cloudy appearance) and agitation, results will vary moderately on the amount of time the support wax is removed from the build part. |
If you do not like the white surface appearance on your part, you can return it to all purple to make it aesthetically pleasing.
Items Needed:
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NOTE: Keep in mind that this oiling step is only for display parts. Oiled parts will not cast well. |
Make a small mixture of IPA and Baby Oil in the bottom of the paint can. Mix by volume, 70% IPA, 30% baby oil. The two liquids have very different densities and will separate over time, make sure to mix it thoroughly before use.
Hold the part approximately 10 inches away from the spray nozzle before applying the coating. For best results it is recommended to apply 3-4 light coatings with a light mist each time. Do not oversaturate the parts.
Allow the part to thoroughly dry for the best color vibrancy.
If the color results are not satisfactory apply an additional coating.
Throughout processing of 2500W or 2500 IC printed parts the solvent bath will eventually become saturated with wax and no longer be as effective at removing support wax material. 3D Systems recommends you do not exceed 400-450 grams of support wax per gallon of VSWR. To know when to change your bath for optimal performance, and ease of disposal, follow the procedure below.
Items Needed:
Any time parts are processed, it is a good practice to clean the print platform and re-insert it into the printer. Follow these steps for cleaning the platform.
Items Needed:
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NOTE: The print platform should be clean and at room temperature before installing and using it in the printer. |
The purpose of this guide is to discuss the various methods on how to post process VisiJet® M2 Cast or Wax Jewel Red with IPA. This part material will be only be available for use in the ProJet® 2500W. Also included in this manual is safety information and material handling.
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NOTE: While the pictures within the section primarily display M2 Cast Material, Wax Jewel Red materail may be post-processed in the same manner. |
This procedure is a general guideline to help the customer process their printed VisJet® M2 Cast or Wax Jewel Red parts. Your results may vary slightly from the below procedure. Before proceeding with the procedure, confirm you have the following items in place. Also, make sure to perform this procedure in a well ventilated room or under a ventilation hood following all local safety procedures and regulations.
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CAUTION: If you are using IsoPropyl Alcohol (IPA), ensure that your magnetic hotplate stirrer is properly rated to use flammable solvents. Failure to do so could present a fire hazard. |
![]() |
Note: A scalable .stl basket file can be found here: Acrylate Circular Basket.STL. This .stl file can be sized to fit your glass container using 3DSprint. This .stl file is recommended to be printed on a Acrylate printer only. Do not print this .stl file using VisiJet® M2 Cast or Wax Jewel Red material. |
![]() |
NOTE: For small delicate parts, it is recommended to use the cold plate method to remove build parts off the build plate. |
![]() |
CAUTION: WAX PARTS ARE VERY DELICATE AND MAY CRACK IF LEFT IN THE FREEZER FOR AN EXTENDED PERIOD OF TIME. |
![]() |
Caution: Parts will lose detail/melt if cleaning at temperatures exceeding 35° Celsius. |
![]() |
NOTE: As soon as the first part touches the IPA, you will start to create an IPA and Wax mixture. At some point this will become saturated depending on how many parts and how much support is on them. When it seems like the parts are taking too long to process, replenish the container with fresh IPA. |
![]() |
NOTE: Confirm part(s) have reached room temperature from freezer before placing in basket. Frozen/cold part(s) that are processed will crack due to thermal shock. |
![]() |
Note: Depending on geometry of part(s), saturation of wax in alcohol (cloudy appearance) and stirrer speed, results will vary moderately on the amount of time the support wax is removed from the build part. |
This procedure is a general guideline to help the customer process their printed VisJet® M2 Cast or Wax Jewel Red parts in a Ultrasonic Cleaner. Your results may vary slightly from the below procedure. Before proceeding with the procedure, confirm you have the following items in place. Also, make sure to perform this procedure in a well ventilated room or under a ventilation hood following all local saftey procedures and regulations.
![]() |
Note: A scalable .stl basket file can be found here: Acrylate Rectangular Basket.STL. This .stl file can be sized to fit your ultrasonic cleaner using the 3DSprint. This .stl file is recommended to be printed on a Acrylate printer only. Do not print this .stl file using VisiJet® M2 Cast or Wax Jewel Red part material. |
![]() |
NOTE: For small delicate parts, it is recommended to use the cold plate method to remove build parts off the build plate. |
![]() |
CAUTION: WAX PARTS ARE VERY DELICATE AND MAY CRACK IF LEFT IN THE FREEZER FOR AN EXTENDED PERIOD OF TIME. |
![]() |
NOTE: Confirm part(s) have reached room temperature from freezer before placing in basket. Frozen/cold part(s) that are processed will crack due to thermal shock. |
![]() |
NOTE: As soon as the first part touches the IPA, you will start to create an IPA and Wax mixture. At some point this will become saturated depending on how many parts and how much support is on them. When it seems like the parts are taking too long to process, replenish the container with fresh IPA. |
Replace lid and turn on the Ultrasonic agitator.
Observe your part(s) every 20 seconds (+/-) to see the progress of the support material dissolving. This will happen relatively quickly.
![]() |
Note: Depending on geometry of part(s), saturation of wax in alcohol (cloudy appearance) and agitation speed, results will vary moderately on the amount of time the support wax is removed from the build part. |
The below procedure is a general guideline to help the customer process their printed VisJet® M2 Cast or Wax Jewel Red parts in a large ultrasonic cleaner. Your results may vary slightly from the below procedure. Before proceeding with the procedure, confirm you have the following items in place. Also, make sure to perform this procedure in a well ventilated room or under a ventilation hood following all local safety procedures and regulations
![]() |
Caution: Hot plate is extremely hot and will cause build plate to become to hot to handle with Nitrile gloves. Use protective heat-resistant gloves when performing this step. |
![]() |
NOTE: As soon as the first part touches the IPA, you will start to create an IPA and Wax mixture. At some point this will become saturated depending on how many parts and how much support is on them. When it seems like the parts are taking too long to process, replenish the vat with fresh IPA. |
![]() |
Note: Depending on geometry of part(s), saturation of wax in alcohol (cloudy appearance) and agitation, results will vary moderately on the amount of time the support wax is removed from the build part. |
If you do not like the white surface appearance on your part, you can return it to all purple to make it aesthetically pleasing.
Items Needed:
![]() |
NOTE: Keep in mind that this oiling step is only for display parts. Oiled parts will not cast well. |
Make a small mixture of IPA and Baby Oil in the bottom of the paint can. Mix by volume, 70% IPA, 30% baby oil. The two liquids have very different densities and will separate over time, make sure to mix it thoroughly before use.
Hold the part approximately 10 inches away from the spray nozzle before applying the coating. For best results it is reccomened to apply 3-4 light coatings with a light mist each time. Do not oversaturate the parts.
Allow the part to thoroughly dry for the best color vibrancy.
If the color results are not satisfactory apply an additional coating.
Throughout processing of 2500W or 2500 IC printed parts the solvent bath will eventually become saturated with wax and no longer be as effective at removing support wax material. 3D Systems recommends you do not exceed 400-450 grams of support wax per gallon of IPA. To know when to change your bath for optimal performance, and ease of disposal, follow the procedure below.
Items Needed:
Any time parts are processed, it is a good practice to clean the print platform and re-insert it into the printer. Follow these steps for cleaning the platform.
Items Needed:
![]() |
NOTE: The print platform should be clean and at room temperature before installing and using it in the printer. |
This purpose of this guide is to discuss the various methods on how to post process VisiJet® M2 ICast with VisiJet Support Wax Remover (VSWR). This part material will be only be available for use in the ProJet® 2500IC.
Some considerations when purchasing post processing equipment:
Facilities Description | Details |
Table Space for wax removal and part handling | Typical sizes: 48” x 30” |
Table space for wax removal and part handling | Typical sizes: 48” x 30” |
Flammable liquid storage container | Allocate floor space: Various sizes depending on usage |
Power drops |
Expect multiple 15A circuits. Depends on equipment—consult manufacturer’s documentation. |
Safety Precautions | Have equipment in place in accordance with all local/state/federal regulations. |
Here is a generalized layout which may be applicable. This is only one example and should only be used as a reference. Install and use equipment in accordance with all local/state/federal regulations.
Distillation of used solvent can be an economical and environmentally friendly choice when post processing 2500 IC printed parts. Solvent waste is generated when the support material is removed from your printed parts. This waste has to be disposed of in a manner which meets all local/state/federal regulations. Commercially available distillation units may be used to distill the solvent back into a usable form. Consider researching and purchasing a distillation unit to reuse the solvent needed to post process 2500 IC printed parts.
The below procedure is a general guideline to help the customer process their printed VisiJet® M2 ICast with (VSWR) pattern. Your results may vary slightly from the below procedure. Before proceeding with the procedure, confirm you have the following items in place. Also, make sure to perform this procedure in a well ventilated room or under a ventilation hood with proper fire suppression.
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NOTE: Wax patterns are fragile and should always be handled and processed with care. Expect a slight learning curve in developing the best techniques for working with these patterns. Please consult the [Best Practices] for more information about methods of handling and processing printed patterns. |
Items Needed:
For Patterns printed in HD Mode, Use steps HD1 through HD8. For Patterns printed in HDF Mode, see steps HDF1 through HDF8.
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NOTE: Heat gun method works best for plates which have multiple patterns. If there is only a single pattern on the plate (especially if large) then it may be more advantageous to use a hot plate. |
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NOTE: Removing the bulk of the support material during this step will help the solvent bath last longer and be more effective. |
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NOTE: A good rule of thumb is to remove 25-50% support wax by hand. This should only take a few minutes. |
1. (HDF). Place Build Plate on flat surface. You may wish to use a drop cloth or tarp under the plate to make it easier to clean up stray pieces of crumbled support wax after it has been removed from the build plate.
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2. (HDF). Put on Nitrile gloves.
3. (HDF). Take a spatula or similar dull flat tool and gently push on the bottom of the white support columns on the build plate until they break away. There is only a thin 0.2 inch (5 mm) layer of support beneath the build wax, so be certain your tool is not too thick or else you may damage patterns.
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TIP: If you start with the fragile verification wall, you will gain experience and learn how much force is needed to break away the sparse support wax structure. |
4. (HDF). Move the tool further and further under the pattern and also to the left and right to break all the support wax connections to the build plate. The pattern will loosen and drop down a small amount.
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5. (HDF). Carefully remove the pattern from the build plate and place on a soft smooth surface, such as a tarp or tray covered with a lint-free towel.
6. (HDF). Repeat step HDF4 and HDF5 to remove all the remaining patterns.
7. (HDF). Standing over a trash can or disposable waste container, gently brush away the support structure using you fingers or small tools such as a soft bristle brush. Wax carving kits, Q-tips, wooden coffee stirrers, and plastic cable ties are useful for reaching hard to get places and for blind holes. Caution should be used when using wax carving tools as they can easily damage build material and / or the operator. Rapid, aggressive motions can result in small rice-like pieces of support wax flying everywhere. Take care to contain the spread of broken support pieces, as wax bits on floors are very slippery.
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8. (HDF). A final surface cleanup may be done with soft brushes, mild scrubbing pads, ultra fine steel wool, extra fine sandpaper, etc.
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NOTE: Removing the majority of the support material during this step will help the solvent bath last longer and be more effective. It is usually very easy to remove more than 90% of the support wax by hand in a few minutes. |
If the patterns are acceptable for use at this stage, there is no need for further cleaning in solvent baths.
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NOTE: Remember to perform this section in a well ventilated area or a hood. Consult your suppliers SDS for VSWR, and follow applicable local or company specific rules/guidelines for handling flammable liquids. |
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NOTE: Aluminum foil works well as a lid to reduce VSWR evaporation during pattern processing. Do not seal the container with a tight fitting lid. |
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NOTE: If using a wire rack, be sure that it does not come close to the magnetic stir rod as this will cause the rod to be attach to the metal rack and cease stirring. |
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NOTE: The time it takes to dissolve support material depends on pattern geometry, wax content of bath, and agitation/stirrer speed. |
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NOTE: Patterns are delicate, so handle with care. Large changes in temperature can cause thermal cracking of these patterns so ensure they do not undergo a large temperature shift in a short time. |
Double Hotplate Method: | |||||
1st 35 °C VSWR Bath (Hotplate #1) → |
2nd 35 °C VSWR Rinse Bath (Hotplate #2) (a) → |
35 °C Water Rinse (b) → |
Air Dry (c) |
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Single Hotplate Method: |
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1st 35 °C VSWR Bath (Hotplate #1) → |
35 °C Water Rinse (a) → |
Air dry and Cool To Room Temperature (b) → |
2nd Room Temperature VSWR Rinse Bath (c) → |
Room Temperature Water Rinse (d) → |
Air Dry (e) |
Double hotplate method (preferred method):
Single hotplate method (alternative method):
This purpose of this guide is to discuss the method on how to post process VisiJet® M2 ICast with IsoPropyl Alcohol (IPA). This part material will be only be available for use in the ProJet® MJP 2500 IC.
Some considerations when purchasing post processing equipment:
Facilities Description | Details |
Table Space for wax removal and part handling | Typical sizes: 48” x 30” |
Table space for wax removal and part handling | Typical sizes: 48” x 30” |
Flammable liquid storage container | Allocate floor space: Various sizes depending on usage |
Power drops |
Expect multiple 15A circuits. Depends on equipment—consult manufacturer’s documentation. |
Safety Precautions | Have equipment in place in accordance with all local/state/federal regulations. |
Here is a generalized layout which may be applicable. This is only one example and should only be used as a reference. Install and use equipment in accordance with all local/state/federal regulations.
Distillation of used solvent can be an economical and environmentally friendly choice when post processing 2500 IC printed parts. Solvent waste is generated when the support material is removed from your printed parts. This waste has to be disposed of in a manner which meets all local/state/federal regulations. Commercially available distillation units may be used to distill the solvent back into a usable form. Consider researching and purchasing a distillation unit to reuse the solvent needed to post process 2500 IC printed parts.
![]() |
CAUTION: If you are using IsoPropyl Alcohol (IPA), ensure that your magnetic hotplate stirrer is properly rated to use flammable solvents. Failure to do so could present a fire hazard. |
The below procedure is a general guideline to help the customer process their printed VisiJet® M2 ICast pattern. Your results may vary slightly from the below procedure. Before proceeding with the procedure, confirm you have the following items in place. Also, make sure to perform this procedure in a well ventilated room or under a ventilation hood with proper fire suppression.
![]() |
NOTE: Wax patterns are fragile and should always be handled and processed with care. Expect a slight learning curve in developing the best techniques for working with these patterns. Please consult the [Best Practices] for more information about methods of handling and processing printed patterns. |
Items Needed:
For Patterns printed in HD Mode, Use steps HD1 through HD8. For Patterns printed in HDF Mode, see steps HDF1 through HDF8.
![]() |
NOTE: Heat gun method works best for plates which have multiple patterns. If there is only a single pattern on the plate (especially if large) then it may be more advantageous to use a hot plate. |
![]() |
![]() |
|
NOTE: Removing the bulk of the support material during this step will help the solvent bath last longer and be more effective. |
![]() |
![]() |
![]() |
![]() |
![]() |
NOTE: A good rule of thumb is to remove 25-50% support wax by hand. This should only take a few minutes. |
1. (HDF). Place Build Plate on flat surface. You may wish to use a drop cloth or tarp under the plate to make it easier to clean up stray pieces of crumbled support wax after it has been removed from the build plate.
![]() |
2. (HDF). Put on Nitrile gloves.
3. (HDF). Take a spatula or similar dull flat tool and gently push on the bottom of the white support columns on the build plate until they break away. There is only a thin 0.2 inch (5 mm) layer of support beneath the build wax, so be certain your tool is not too thick or else you may damage patterns.
![]() |
TIP: If you start with the fragile verification wall, you will gain experience and learn how much force is needed to break away the sparse support wax structure. |
4. (HDF). Move the tool further and further under the pattern and also to the left and right to break all the support wax connections to the build plate. The pattern will loosen and drop down a small amount.
![]() |
![]() |
![]() |
5. (HDF). Carefully remove the pattern from the build plate and place on a soft smooth surface, such as a tarp or tray covered with a lint-free towel.
6. (HDF). Repeat step HDF4 and HDF5 to remove all the remaining patterns.
7. (HDF). Standing over a trash can or disposable waste container, gently brush away the support structure using you fingers or small tools such as a soft bristle brush. Wax carving kits, Q-tips, wooden coffee stirrers, and plastic cable ties are useful for reaching hard to get places and for blind holes. Caution should be used when using wax carving tools as they can easily damage build material and / or the operator. Rapid, aggressive motions can result in small rice-like pieces of support wax flying everywhere. Take care to contain the spread of broken support pieces, as wax bits on floors are very slippery.
![]() |
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8. (HDF). A final surface cleanup may be done with soft brushes, mild scrubbing pads, ultra fine steel wool, extra fine sandpaper, etc.
![]() |
![]() |
![]() |
![]() |
NOTE: Removing the majority of the support material during this step will help the solvent bath last longer and be more effective. It is usually very easy to remove more than 90% of the support wax by hand in a few minutes. |
If the patterns are acceptable for use at this stage, there is no need for further cleaning in solvent baths.
![]() |
NOTE: Remember to perform this section in a well ventilated area or a hood. Consult your suppliers MSDS for IPA and have proper fire suppression, and follow applicable local or company specific rules/guidelines for handling flammable liquids. |
![]() |
NOTE: Aluminum foil works well as a lid to reduce IPA evaporation during pattern processing. Do not seal the container with a tight fitting lid. |
![]() |
NOTE: If using a wire rack, be sure that it does not come close to the magnetic stir rod as this will cause the rod to be attracted to the metal rack. |
![]() |
NOTE: The time it takes to dissolve support material depends on pattern geometry, wax content of bath, and stirrer speed. |
![]() |
![]() |
![]() |
NOTE: Patterns are delicate, so handle with care. Large changes in temperature can cause thermal cracking of these patterns so ensure they do not undergo a large temperature shift in a short time. |
Double Hotplate Method: | |||||
1st 35 °C IPA Bath (Hotplate #1) → |
2nd 35 °C IPA Rinse Bath (Hotplate #2) (a) → |
35 °C Water Rinse (b) → |
Air Dry (c) |
||
Single Hotplate Method: |
|||||
1st 35 °C IPA Bath (Hotplate #1) → |
35 °C Water Rinse (a) → |
Air dry and Cool To Room Temperature (b) → |
2nd Room Temperature IPA Rinse Bath (c) → |
Room Temperature Water Rinse (d) → |
Air Dry (e) |
Double hotplate method (preferred method):
Single hotplate method (alternative method):
Alternative Solvents:
Solvents other than VisiJet Support Wax Remover (VSWR) can be used for post processing your 2500 IC printed patterns. Isopropyl Alcohol (IPA) is one of the most effective solvents for the removal of M2 IC SUW material—it’s inexpensive, readily available, but highly flammable. If IPA is not available, or undesired for use, you can also use the following solvents:
Considerations when using alternative solvents: