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Frequently Asked Questions

Check most frequently asked questions here, if you still need help then please contact us at info@3dmagicprinters.com.

3D Printing Tips

Phrozen provides a wide range of sturdy and tough Resins that can be used for a variety of applications. Please refer to the graph below to decide which resin best suits your needs. 

Applications Recommended Resins Features
For Enthusiasts

Aqua 4K Resin

Aqua 8K Resin

Phrozen Speed Resin

ABS-like Resin

Water-Washable Resin

Easy to paint after painting.

Suitable for polishing and sanding.
For Dental Use

Gingiva Mask Resin

Dental Study Model Resin

Water-Washable Dental Model Resin

Dental Ortho Model Resin

Beige Low-Irritation

Aqua Gray 4K, 8K

TR-250 LV

Low shrinkage.

Good resin fluidity.

Higher printing success rate.
For Jewelry Design

Castable Resin W20 Green

Castable Resin W40 Orange

Castable Jewelry Violet

Good for casting

Suitable for most jewelry designers.
For Industrial Use

Rock-Black Stiff

Nylon-Green Tough

Onyx Rigid Pro410

ONYX Impact Plus

Ceramic White

TR300 Ultra High Temp

High material hardness.

High-temperature resistance.

Prints precisely.

Easy for drilling and tapping screws.

 

Before pouring resin into the resin vat, make sure to shake evenly for approximately 30 seconds to a minute. This is because resin is made up of several components including color pigments, which tend to settle at the bottom of the bottle.

As resin is shaken, the sediments will distribute evenly, meaning that you can create successful 3D prints more easily.

If you don't shake resin before pouring it into the resin vat, it will cure unevenly, and your prints may fail.

When pouring resin, make sure it does not exceed half the height of the resin vat. This prevents resin from overflowing during the printing process which could cause damage to the LCD screen.

 

FEP Film

FEP and PFA (nFEP) films may start to have signs of wear and tear after printing for a while. Once it has major signs of wear and tear, dents, deformation, or piercings, it may be time to replace it. There are a few conditions that indicate that the FEP or PFA (nFEP) film requires replacing, these signs include:

  1. Severe dents, bumps, and scratches.
  2. Too cloudy.
  3. Loss of tension.
  4. Pierced.
To check for holes in the FEP or PFA (nFEP) film, pour some alcohol into the resin vat and place a paper towel underneath it. If you notice any wet spots on the paper towel, it may indicate the presence of holes in the film. This simple test can help you identify potential issues with the film and take necessary measures to address them.

If your model falls into the resin vat, or resin tank, during the printing process, please use a yellow plastic scraper to check for solids. Don’t leave the remaining cured resin in the resin vat.

DO NOT use the metal scraper to scrape up cured resin. 

After printing, gently use a soft scraper to scrape cured resin off the FEP or PFA (nFEP) film. If this doesn't work, use your fingertip to push the bottom of the FEP or PFA (nFEP) film, as shown in the GIF down below.

This will create a separation between the FEP or PFA (nFEP) film and the resin. Then use the scraper, or use your hand while wearing a glove, to pick up the cured resin. 

Once the resin hardens, it will become difficult to clean the FEP or PFA (nFEP) film, leading to a reduction in the FEP or PFA (nFEP) film’s overall lifespan.     


If you're struggling with prints that stick to the building plate, we recommend checking out our guide on how to avoid this issue. Click here to learn how.

The FEP film is a multi-layer transparent foil that is installed on the resin vat of your 3D printer. It allows UV light to pass through and cure the liquid resin during the printing process. If you notice a decrease in print quality, such as low-quality 3D models, or if you see dents, scratches, or deformation on the FEP film, it may be time to replace it. Additionally, an increase in printing failure rates could also indicate that it's time to replace your FEP or PFA (nFEP) film.

 

The following table shows the different sizes of FEP and PFA (nFEP) film that Phrozen offers:

Choosing the Right Size of FEP and PFA (nFEP) Film

Film Size FEP nFEP LCD size Applicable Models
210 x 290 mm ⬤ ⬤

5.5” LCD

6.1” LCD

8.9” LCD

9.3” LCD

Sonic Mini 8K S

Sonic Mini 8K

Sonic Mini 4K

Sonic Mini

Sonic Mighty 4K

Sonic 4K 2022

Sonic XL 4K 2022

Sonic 4K

Sonic XL 4K

Sonic

Shuffle Series
310 x 220 mm   ⬤ 10” LCD Sonic Mighty 8K
450 x 280 mm   ⬤ 15” LCD Sonic Mega 8K
380 x 250 mm ⬤   13.3” LCD Transform Series
 

 

General

Why does it happen?

We would like to let you know that this issue occurs due to static electricity being generated within the enclosure causing the resin to splatter. If the surrounding weather is dry, this phenomenon takes place. This happens because air holds less moisture at colder temperatures than warm and humid in the summer. Moisture assists in conducting electrical charges, so a lack of moisture in the air creates the perfect environment for static electricity to build and make the resin splash inside.

This article is a guide to the different connectivity options available for Phrozen 3D printers, including USB, WiFi, and Ethernet. We'll discuss the pros and cons of each method and provide a table showing which connectivity options are compatible with each Phrozen 3D printer model.

By the end of this article, you'll have the information you need to select the best connection method for your Phrozen 3D printer.

Series Model USB drive WiFi  Ethernet
Sonic Mini Series Sonic Mini 8K S ⬤    
Sonic Mini 8K ⬤    
Sonic Mini 4K ⬤    
Sonic Mini ⬤    
Sonic Mighty Series Sonic Mighty 8K ⬤ ⬤ ⬤
Sonic Mighty 4K ⬤    
Sonic Mega Series Sonic Mega 8K ⬤   ⬤
Sonic Series Sonic 4K 2022 ⬤ ⬤ ⬤
Sonic XL 4K 2022 ⬤ ⬤ ⬤
Sonic 4K ⬤   ⬤
Sonic XL 4K ⬤ ⬤ ⬤
Sonic ⬤ ⬤ ⬤
Shuffle Series Shuffle 4K ⬤ ⬤ ⬤
Shuffle 2019 ⬤ ⬤ ⬤
Shuffle 2018 ⬤ ⬤ ⬤
Shuffle XL 2019 ⬤ ⬤ ⬤
Shuffle XL 2018 ⬤ ⬤ ⬤
Shuffle Lite ⬤ ⬤ ⬤
Shuffle XL Lite ⬤   ⬤
Transform Series Transform Fast ⬤ ⬤ ⬤
Transform Standard ⬤ ⬤ ⬤

 

USB Connection

The USB connection allows for fast and easy transfer of files from your computer to your printer. It is generally more stable than Wi-Fi connections, which can be affected by interference or signal strength issues. However, If your printer is located far from your computer, it might be inconvenient when you need to get your printed models from the printer

Overall, a USB connection is an excellent choice for users who prioritize stability and speed in their printing process.

 

Ethernet Connection

An ethernet connection is a reliable and stable method for connecting your Phrozen 3D printer to your network. Unlike USB connection, Ethernet allows for longer distances between your printer and computer without experiencing connectivity issues. However, an Ethernet connection requires a physical cable connection, which can limit your printer's mobility.
Overall, an Ethernet connection is a good choice for users who prioritize stability and requires longer distances, but don't mind the limitations of a physical cable.

 

WiFi Connection

Wi-Fi connection offers excellent mobility and convenience, allowing you to connect to your printer wirelessly from anywhere in your home or office. Additionally, if you have a strong and stable Wi-Fi network, a Wi-Fi connection can be just as reliable as a USB or Ethernet connection.
Overall, if you have a robust Wi-Fi network, a Wi-Fi connection can be a great choice for your Phrozen 3D printer.

 

 FEP film, PFA (nFEP) film, and ACFare all transparent sheets that allow UV light to pass through, facilitating the easy curing of resin. These films are attached to the resin vat, serving as the surface for printing the resin 3D model. Depending on the frequency of usage, all three films may need to be replaced periodically.

 

What’s the Difference Between the Three?

The ACF (Advanced Composite Film) is a newly introduced resin printing film that surpasses the previous PFA (nFEP) and FEP options. With a smoother surface and reduced suction force, the ACF film offers superior performance, resulting in a higher success rate for resin printing, particularly with fast-curing resins.

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When seeking support for your printer, you may be asked to provide the printer's serial number. The serial number uniquely identifies your printer and can be used to confirm warranty coverage, troubleshoot issues, and order replacement parts.

 

To locate the serial number on your printer, simply look for the white label on the rear of the device. On the label, you should see a combination of uppercase letters, numbers, and barcodes.

 

Remember to keep this information safe and accessible, as it will be useful if you ever need to seek support or service for your printer.

In order to slice your files using the Sonic Mighty 12K Upgrade Kit with the Chitubox Slicer, we would recommend you to follow the steps in the guide below:

1. Open Chitubox

2. Click on settings.

3. Click on Add option.

4.  Go to Phrozen and choose Mighty 8K

5.  Here you can rename your printer to Mighty 12K or any other name as per your choice.

6. Uncheck "Lock Ratio".

7. Change the X and Y Resolution to the following values:

X: 11520 px

Y: 5120 px

8. You are all set to start slicing your model and print with your new Mighty 12K Upgrade Kit.

 

 

Note: Please make sure to select the resin type and adjust the print parameters based on the resin you are using.


Post processing

Once you’re done printing, remember to filter out excess resin. Don’t leave excess resin in the vat as this might lead to solids forming within the liquid which will affect the printing process.  

Step 1: Please filter out the excess resin using a funnel.

Step 2: Preserve the resin in an opaque plastic bottle. Do not store new resin and used resin in the same container.

Step 3: Store your opaque plastic bottle in a plastic zip-lock bag to reduce exposure to air.

Step 4: Make sure to preserve resin at a room temperature of roughly 15°C ~ 35°C or 59°F ~ 95°F in a dry environment and avoid sunlight.

After removing your 3D model from the building plate, the prints must be cleaned, washed, and post-processed thoroughly. The following guide includes two washing methods: the dunk and wash method and the Ultrasonic Cleaner method.

The Dunk and Wash Method

Step 1: Fill two basins with Phrozen wash or 95% alcohol, IPA.

Step 2: Rinse your 3D model in each basin and rinse for roughly 1 minute. Continue to wash the model until its surface is clean.

You may use a soft brush and lightly brush the model for better results. However, a toothbrush is not recommended as it may cause scratches on the 3D print.

Step 3: Once it’s done, place the 3D model to dry in a shaded area for 30-60 minutes before moving onto the post-curing process. You can also use a compressed air gun to fasten the process.

Step 4: After ensuring the 3D model is dry, you can now move onto the post-curing process.

DO NOT immerse your models for long periods of time into sanitizing alcohol, as this may cause models to break.

The Ultrasonic Cleaner

The Ultrasonic Cleaner is one of the most efficient ways for cleaning 3D prints. In the following guide, we will demonstrate the process of using the Phrozen Ultrasonic cleaner, which is currently available in our official store.

Preparing

Step 1: Fill one basin and the Phrozen Ultrasonic Cleaner with Phrozen wash or 95% alcohol, IPA.

Cleaning liquids may become flammable and could evaporate fast, so please make sure you do not use the heating function. Make sure to operate the device within sight.

Step 2: Rinse your 3D model in the basin for roughly 1 minute in several rounds. This is to remove any uncured resin left on the model.

Step 3: Once it’s done, turn on the switch placed behind the Phrozen ultrasonic cleaner

Step 4: On the front panel, switch the left ON/OFF to OFF.

Step 5: The right indicates how long the machine is active. Set the timer for at least 30 seconds but below 3 minutes.

 

Washing with Phrozen Ultrasonic Cleaner

Step 1: Carefully place your 3D model into the basket of the Ultrasonic Cleaner.

Step 2: Turn ON the device by pressing the ON/OFF button on the right of the front panel.

Cleaning liquids may become flammable and could evaporate fast, so please make sure you do not use the heating function. Make sure to operate the device within sight.

Step 3: Once the cleaning process is over, switch off the Ultrasonic Cleaner, and then remove the model from the basket.

Step 4: Place the 3D model to dry in a shaded area for roughly 30-60 minutes before moving onto the post-curing process. You can also use a compressed air gun to fasten the process.

Step 5: After ensuring the model is dry, you can now move on to the post-curing process.


After cleaning, make sure to store the cleaning liquid in an airtight container and avoid exposing it to direct sunlight.

When it comes to 3D printing with liquid resin, the curing process is essential for achieving strong and durable 3D prints. Curing involves exposing the printed object to a special light, which causes the liquid resin to harden and solidify. This post-processing step is critical for ensuring that your 3D prints are fully cured and have the desired properties, such as strength and durability. In this article, we'll provide an introduction to the curing process, including its importance, different curing methods, and required equipment. 

 

Drying the Prints

Before curing your 3D print, it's important to ensure that it is completely dry. To accomplish this, place the washed 3D print in a shaded area for approximately 30-60 minutes or use a compressed air gun to speed up the process. If your 3D print is hollow, be sure to dry the inner parts of the model as well.

 

Curing the Prints

Curing Lamp

A curing lamp is a device used to cure or harden resin in a 3D printing process. The lamp emits UV light, which triggers the photochemical reaction that solidifies the liquid resin into a solid form.

For optimal results, we recommend a curing time of 30 minutes. Curing your 3D prints with a 405nm Phrozen Curing Unit ensures even and complete curing, as every part of the model receives equal exposure to UV light. Currently, we offer three UV curing lamps for your convenience:

 

  • Phrozen cure Mega
  • Phrozen cure V2
  • Wash and cure kit

 

Direct Sunlight

For best results, we recommend curing your models for at least one day. If you choose to cure your models using direct sunlight, it's important to turn them around every few hours to ensure that every part of the model is exposed. However, keep in mind that sunlight may not provide equal light exposure to every part of the model, as it changes throughout the day. This may result in uneven curing and discoloration in your 3D prints.

 

Why is Post Processing Important?

After every printing session, prints need to go through the washing and post-curing process. It is extremely important to know how to post-process your resin 3D prints. In this post, we will be sharing the ideal cleaning liquids that will maximize the quality and strength of your prints.

 

What Can I Use to Clean My Resin 3D Prints?

While 95 % Isopropyl Alcohol (IPA) and Ethanol Alcohol are our top recommendations for washing resin 3D prints, detergents such as Phrozen wash, Resin Cleaner can also be used to wash your resin 3D prints.

  • For the Water-Washable series, you can use water to clean your models.
  • For other Phrozen Resins you will need to use 95% alcohol or other detergents to rinse off your models. 

Burnout is the process of melting the Wax-like Castable Resin and letting it drain out from the mold. In order to produce a quality casting, we recommend the following burnout schedules below. Do note that these schedules are exclusive for Phrozen Castable Resins, including:

  1. Phrozen Castable Dental Resin
  2. Phrozen Castable Jewelry Resin
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Uncategorized

ChituBox Software is available when you purchase any Phrozen 3D LCD Printer and Download instruction are enclosed within the newly purchased 3D Printer Packaging

Phrozen Slicer Software is available when you purchase either Sonic 4K 2022 or Sonic 4K XL Plus, Download instructions are enclosed within the newly purchased 3D Printer packaging.

Phrozen Go Software is available to  Download Here or through Quick links Phrozen Go Software at the bottom of The 3D magic Printers website, Phrozen Go is a Remote Control Application designed for Phrozen Sonic Mighty 8K Users to remotely control your printers and check your prints wherever you are.