How to choose the best 3d printer resin for you? Conjure resin test for example.

Conjure Resin Sculpt vs Rigid

How to choose the best 3d printer resin for you? Conjure resin test for example.

We send our conjure rigid and sculpt for reviews. Swap the article with a guest post and it’s perfect. and this link is cleaner: Dennys Wang

Before all the tests, you should get the right exposure time for your resin, Doing an exposure time test will be good to know the best settings for your resin.

Support test

In this test, we can know if the support can be easily removed in post-processing.

You can use the warm water trick to help, on both, they can be pulled off the resin very easily

support

Bending test

and now on to the bending test, which is one two three four, and five millimeters, in diameter, I will start with this left resin first, at four millimeters it breaks. and right resin here can survive up to three millimeters in diameter but this resin here can also bend quite far, I can hear only a small snapping sound but it doesn’t fully break.

Drop test

The break test is very important to show the durability of your resin, most users have the experience break the prints after a perfect printing, it is painful and the non-brittle resin becomes very popular. The column in the middle detaches and connects to the top part, the left resin here all of the columns still intact to the bottom part and the top is very clean no support attached at all.

and let’s have a look at this insulin, the shield breaks here, but not the thin sword and for the left resin nothing seems to break at all.

drop test 3
drop test 1
drop test 4
drop test 2

Buckle test

Now let’s test this buckle here, I love the snapping sound, so let’s try to bend but it’s getting loose because it’s not back to the original straight position. The left resin(conjure rigid) here performs slightly much better compared to the right resin(conjure sculpt).

buckle test

Dimension accuracy

Now for dimensional accuracy, I designed this box at 18.5 times 18.5 millimeters, not bad for both dimensional accuracy only you need a slight adjustment on the slicer scale dimension and this slightly off accuracy can be fixed.

accuracy

Print detail

when looking for details on both resins for this head scalp here I cannot really tell the difference, the same with these ginseng minis,

but for this insulin minis, I could see that in the conjure sculpt resin the eye details are slightly much better compared to the left conjure rigid resin, the same with sergeant Silas you could see the scratch on the helmet here the right resin has much better details.

print detail
print detail 2

Articulated figure

From this test, you can find if the resin has a good shrinkage so you can expect to get what the print should be as designed.

Now let’s try to assemble this figure from TeccoToys.

looks like I need to do a lot of adjusting for this right resin here it won’t snap in at all okay I need to do a lot of fine-tuning if I want to print articulation with this right resin.

For the left resin, much better, nothing breaks, and join on the head, the left resin performs slightly much better at least it doesn’t fall off easily and everything on the right resin seems to come off very easy.

articulated test

Friction test

In this test, you can know if there will be residue during the sanding of the prints.
Now let’s check for any residue if you rub two-part together from the friction, we are having some residue from both resins.

friction test

Heat test

Now let’s do some hit tests at the lowest settings where it could warm up to 65 degrees celsius and the highest setting is about 80 degrees celsius I’m going to try the lower settings, it bends very easy and this is only at 65 degrees and now this is for the right side resin hold it and leave it to cool down.

I have cool both the left and right rising with water and after like 15 minutes both start to straighten up, so it seems that both cannot hold the shape during heat treatment.

Let’s hit them both again and see will it return to their original shape right away the left resin is already at its original shape and the right resin I could still see some slight bend here but it is almost returned to its original shape.

heat test 2
heat test
heat test 3

Water absorption test

Let’s measure the original weight for both resins for the water absorption test

the left rigid resin 4.693

the right sculpt resin 4.997

now let’s dip it in the water and leave it for 24 hours, make everything dried let’s measure the weight 4.8 and 5.164, it becomes slightly soft but not much, and the left resin becomes much softer compared to this one.

water absorption test 2 dry

Pigment settle

Here after 24 hours I do not see any separation of the pigment and the resin so this is a very good result.

pigment settle

Drilling test

Here both resins survive the drilling test.

drilling test

From these tests, you can learn deeper if the resin is good or bad in the different usage, depending on what you are going to print, you can find the best resin for yourself.

For example. you print miniature mainly, the print detail will be the most important.  print functional parts, accuracy, and mechanical data are more important.

Preview
Jamg He Conjure Tough Resin 3D Printer Resin High Impact Resistance Like ABS Materials Excellent Surface,Applying for High-Performance Functional Prototypes LCD 3D Printing(Grey,1000g)
Jamg He 3D Printer Conjure Rigid Resin Functional Engineering Resin Non-Brittle High Precision Low Shrinkage for Miniature and Workpiece LCD 3D Printing (Black,1000g)
Jamg He 3D Printer Resin,Conjure Sculpt Resin High-Precision Standard 405nm UV Photopolymer Resin for LCD 3D Miniatures and Animation Industries Printing (Grey,1000g)
Shore D
80
85
80
Elongation at break
50%
35%
32%
HDT
70℃
70℃
70℃
Compatible with LCD/DLP printers
Features
With excellent toughness make your minis real non brittle. it is affordable than most other tough resin. and can mix with normal resin to make them tougher.
Has good rigidity, also with enough toughness, with the right post-process you can expect good mechanical properties similar to FDM printing, but the durability not good as filament.
-High-precision with very smooth surface, and it is tougher than normal ABS-Like resin, not easy to breakable, with hardly shrinkage at 0.7% you can get the right size to modify. recommended print temperature range 25℃~30℃
Customer Rating
-
-
-
Price
$39.99
$39.99
$34.99
Preview
Jamg He Conjure Tough Resin 3D Printer Resin High Impact Resistance Like ABS Materials Excellent Surface,Applying for High-Performance Functional Prototypes LCD 3D Printing(Grey,1000g)
Shore D
80
Elongation at break
50%
HDT
70℃
Compatible with LCD/DLP printers
Features
With excellent toughness make your minis real non brittle. it is affordable than most other tough resin. and can mix with normal resin to make them tougher.
Customer Rating
-
Price
$39.99
Buy now
Preview
Jamg He 3D Printer Conjure Rigid Resin Functional Engineering Resin Non-Brittle High Precision Low Shrinkage for Miniature and Workpiece LCD 3D Printing (Black,1000g)
Shore D
85
Elongation at break
35%
HDT
70℃
Compatible with LCD/DLP printers
Features
Has good rigidity, also with enough toughness, with the right post-process you can expect good mechanical properties similar to FDM printing, but the durability not good as filament.
Customer Rating
-
Price
$39.99
Buy now
Preview
Jamg He 3D Printer Resin,Conjure Sculpt Resin High-Precision Standard 405nm UV Photopolymer Resin for LCD 3D Miniatures and Animation Industries Printing (Grey,1000g)
Shore D
80
Elongation at break
32%
HDT
70℃
Compatible with LCD/DLP printers
Features
-High-precision with very smooth surface, and it is tougher than normal ABS-Like resin, not easy to breakable, with hardly shrinkage at 0.7% you can get the right size to modify. recommended print temperature range 25℃~30℃
Customer Rating
-
Price
$34.99
Buy now

3D Printing Workflow

Make sure to wear nitrile gloves anytime you intend to handle liquid resins.

1. Check the model

Make sure to prepare your model well, to not get a failed print, you should check the orientation, dig hole, and support settings.

CHITUBOX has some great tutorials to explain how to add support

2. Printing profile settings. (exposure time, lift speed, etc)

Your local printing environment and resin setting affect a lot to the final print quality. Conjure series resin requests temperature at 25-30 ℃.

If your printer is not listed below, you can use XP finder to test the best resin setting for your printer, Phrozen and Ameralab made a good guide for this. Click here to see Which Exposure Finder Should I Use?

Conjure resin settings

Brand Model Layer Height (mm) Bottom Layer Count Exposure Time(s) Bottom Exposure Time(s) Bottom Lift Distance(mm) Lifting Distance(mm) Bottom Lift Speed (mm/min) Lifting Speed (mm/min) Retract Speed (mm/min) Light-off Delay (s)
Anycubic Photon / Photon-s 0.05 6 8~12 50~70 6 6 60 80 150 0
Photon Mono X 0.05 5 3.8~4.5 25~30 6 8 60 180 180 0
Photon Mono SE  0.05 5 4~4.5 25~30 8 8 60 180 180 0
Creality HALOT-ONE 0.05 4 3~4 25~30 6 6 80 180 180 4
HALOT-PRO 0.05 4 3~4.5 25~30 6 8 80 180 180 4
HALOT-PLUS 0.05 4 4.5  25~30 6 8 80 180 152 4
HALOT-LITE 0.05 4 4.5  25~30 8 8 60 150 150 4
ELEGOO SATURN 0.05 5 3.8~4.5 25~30 8 8 70 70 210 2
Mars/Mars Pro 0.05 6 8~12 50~70 6 6 60 80 150 0
MARS 3 0.05 5 3.8~4.5 25~30 8 7 90 100 150 0
MARS 2PRO 0.05 5 4~5 25~30 8 7 90 100 150 0
Phrozen Sonic Mega 8K 0.05 5 4~5.5 25~30 10 12 80 120 180 4
Sonic Mighty 4K 0.05 5 3.8~4.5 25~30 9 8 80 160 180 0
Sonic Mini 4k 0.05 5 3.8~4.5 25~30 6 8 80 180 180 0

3. Check printer status before printing

3.1 Make sure your vat is clean,(no extra piece in the vat, or it will affect the quality). there is a video by Nerdtronic Why Resin 3D Prints Fail

3.2 Make sure your plate leveling well, for normal resin, it is easy to print,  The Conjure series resin especially for the sculpt resin has a higher viscosity, you have to level the bed very well before printing, It shallow penetration depth makes the adhesion between layers not very strong. (For bigger printers the leveling is more important)

3.3 Add more lifting distance and reducing the lifting speed will help to get better results.

4. Shake the resin before use

You need to shake the bottle for a few minis if your resin is not used in a long time.

5. Clean the prints

It is better to clear the resin before post-curing because the chemical reaction is not completed during the first printing. There is uncured resin left on your prints.

We recommend using Ethanol or IPA and a painter brush (or any brush made of hair) to remove uncured resins. Ensure the prints are cleaned well if you have a wash station.

For some complex print, an ultrasonic cleaner is the best choice to clean it.

6. Dry and post-curing

Dry the prints before curing them, and use 395~405nm UV light for about 60s to cure them. If you need more time to cure the prints, maybe your prints are not cleaned well.

7. Putty and Paint to make the prints more durable

The resin material is not that good in durability compared to the filament. The humidity and light affect it even if it is post-cured.

Advantages of putty:

  • Color anti-interference ability, cover the original color of the model parts to prevent color deviation.
  • Easy to reflect the details after putty base to facilitate the inspection of surface defects and textures.
  • The putty base has stronger adhesion to the paint to prevent paint loss.

8. Frequently asked printing issue

We also write many articles on CHITUBOX website to help you understand better what printing issue you may meet, and why it happens.

You can learn more detail here:

Resin 3D Printing Troubleshooting

resin printing troubleshooting

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