Vortex Cooled Ceramic Rocket Engine (3D Printed)
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- čas přidán 29. 12. 2020
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#3dprinting #rocket #engine - Věda a technologie
The first 100 people to go to www.blinkist.com/integza are going to get unlimited access for 1 week to try it out. You'll also get 25% off if you want the full membership.
I love your vids
I miss your videos
You have nice ideas
🥰🥰🤩🤩CONTINUE 🤩🤩🥰🥰
And Happy New Year 🎆
Nice thanks from Algeria 🇩🇿
Your moustache grew back fast.
@@JesusisJesus 😂🤣🤣
make a rocket launching rc car to obliterate the stupid tomatoes i love the videos
Integza bot... you're hired
Well, hello there!
no way are you the tim station brother?
Oh my god. . . It's Tom Scott!
Lmao love this!
🤣🤣
A video idea - you and I collaborate on something awesome. If my comment is the most liked to win the 3d printer, I'll tell him to repick, and I'll add an Ender 3 so he has to give away TWO.
That'd be doppppppe
Good idea!
yes pleaseeee! and adding Tom Stanton to collab would be just freaking mindblowing!
I really wanna see this!
Future Video: Redo the tesla turbine, in ceramic.
Laughed out loud at her scream.
Yo smart man is here
I cant believe the great Destin laughed with my sister's scream! My life is now complete
@@integza I dont think so
youre gonna get smarter when you watch this video
I went to check the comments the moment i see this comment she screams
Hmm, yes. The oxygen is made out of oxygen.
I see this meme
Ok thx I didn't catch that part
Actually, it's only about 20 % oxygen. The rest is oxygen.
no it just has lots of oxygen
actually no, there is way more oxygen than there is oxygen
1. I would love to see your collab with 3D Printing Nerd
2. God damn, I love that ceramic resin
3. Video idea - Solid rocket fuel from gummy bears
The Gummi bear rocket was done on mythbusters
@@jaspercschorer Thanks, I will look that up. But I wanna see it from Integza :D Maybe point the truster at tomatoes
Yes, collab please!
Lol is it even possible?
AIR: not so much oxygen
OXYGEN: A lot of oxygen
Nasa: you're hired
He obviously got a Masters degree in science, you'd have to be super smart to come up with that
@@billnyethegamerguy5503 people with degrees tend to be unbelievably stupid
take it from me
'They asked me if I had a degree in theoretical physics, so I told them I had a theoretical degree in physics'
@@xxportalxx. I mean that's thuggin and all but I drink lemon juice after brushing my teeth
In fact, you could say oxygen is mostly comprised of oxygen.
"Air? Not so much oxygen. Oxygen? A lot of oxygen"
I think I just found the text for my next tattoo.
B)
Lol
The fact that he didn't put flashback arrestor valves on those lines that are visibly getting burned until he tried to make these engines out of ceramic is probably the more terrifying part of this whole series.
I think you're missing a the vortex tube!! SUGOI DESUUUU ahahaha
It's a super cool use of vortices, it can reach temperatures as low as -50 C and up to 200 C, of course a regular 3d printed part would not stand those temperatures, but a ceramic part can!!!!
I'd love to see this happening
Keep it going
@@GWAForUTBE It's an incredibly simple and fascinating technology
@@GWAForUTBE I think the problem is that its a very
inefficient way of cooling or heating stuff, the best use is for rapid and immediate colling/heating
@@danielmatias3929 is it meant for cooling? I thought it was more like some form of insulator separating the chamber from the combustion
@@zefellowbud5970 A vortex tube is not what he built! The wikipedia page for vortex tube explains very well what it is
That temperture range of -50 to +200 °C is merely what happens when you drive it from fluid at room temperature. Use a colder fluid to get still colder, and a hotter fluid to get still hotter. So I want to see what happens with helium gas driven through from liquid nitrogen temperature, and also what happens when fire is driven through, like the turbo-rocket.
Imagine what would happens if Integza learns how to use metal.
We would have super effizient firy Planes Roaming the sky
be cool if he got a metal 3d printer
Every video im thinking this 😂 its funny seeing him use plastic parts for everything, but I feel like at some point he needs to upgrade
A big advantage of the plastic parts is being able to see through them to watch the vortex flow. Unless you are Scotty, and have "Transparent Aluminium", that won't be easy with metal.
@@nicknavarrete2838 dude he has.... And now is upgrading to ceramic
An idea for modifying and possibly improving this design: Since you have discovered that the cured ceramic is naturally porus to gas, you could have a ceramic diffuser run through the center of the combustion chamber. I think this would essentially create a gas mixing interface around the ceramic diffuser that would be the only place in the vortex chamber where combustion could take place. Perhaps additionally modifying the diffuser's surface shape to maximize the fuel output and fuel mixing into the surrounding vortex. Additional thought, maybe integrate the location of the ignition source into the end of the diffuser, assuming it would be able to withstand the heat of the vortex.
I like the way you don't shut down at first sign of problem. You let it run to complete complete destruction.
Underrated youtuber
Han sahi bola aapne kbhi india m collab kro
Gareeb Scientist
*Hell **_yeah_* he is!
Nice looking you here gareeb sir 🔥🙏
Thats true he taught me more than my physiks teacher
Gareeb scientist bhai aap bhi yaha aate ho?😀
Channel description: "The point is damaging the tomato"
I can't wait to see your next ceramic part innovation!
Violence toward tomatoes is necessary for our scientific advancement as humans.
@@RepeatedFailure most humans have more in common with tomato's then test rats.. eveeyone knows that.. there's science and such
I worked in sintering carbide by using an vacuum chamber and electric induction inside the chamber. Part are mixed with parafin wax and the powdered metal mix. Get a small, pnuematic press and press parts into ceramic shapes then pull/cook out impurities.
Love the comedy with the science. Been watching your video's for a while and I must say, you have some really cool projects you make. Looking forward to the next video, Thanks.
Perhaps I missed you doing it already, but I think you'd see a vast improvement by just switching your oxygen and propane around. From what I can tell, you're still using your oxygen as the vortex shielding gas.
The vortex removes the heat from the classic fire = oxdiser + fuel + heat equation.
The problem is that - most likely due to radiative heating - the chamber wall eventually heats up and then has a stream of pure oxygen to burn with.
By switching the fuel and oxidiser inputs you can remove the oxygen from the equation (since both the acrylic and propane are fuels), which means that even once the chamber wall does heat up a bit it won't catch fire.
Love to see you give it another crack with the switch
"Oxygen has a lot of oxygen."
I agree.
Dont tell liberals they will try to guilt you.into not using oxygen to breath because of white privilege
@@justinupshaw672 lmfao
I dunno, I think he needs to show his work on that one. 🤔
The smoke being dragged to the fire at 14:04 looks like the most expensive Hollywood effects! RESTEKP!
And 14:07 look like from another world 😮😮😮
Just found out your channel, and oh my am I surprised! You definitely deserve more recognition. Please keep making videos, I'm binge watching them all!
Flames, destruction and maniacal laughter. Everything I could ask for in a video! 👍
And unfortunately in every relationship
And farts
You forgot destruction of evil tomatoes. Must never forget to destroy evil tomatoes whenever they are found.
@@BlackRogueDreams czcams.com/video/c2gq4IwIc_s/video.html Agreed.
hired by nasa i gusss
I hope the "scream" soundbite will become a regular on the show.
5:46 i made friends with a jumping spider yesterday and im more than happy with that
noticed he was on the back of the jeep, let em hop on n crawl around for a while n they seemed pretty pleased
then i was heartbroken for a second or 2 cause i thought they just yeeted themselves but nah they decided to literally hang out (just an inch or 2 of thread n hung out on the end of it) as i walked em over to the bushes
3D print a mould and use the mould to cast a pure ceramic nozzle. Internal passages could be cast using something similar to the lost wax casting process. Precision fitting your rocket engine sections so the sealant doesn't blow out would help. Using anything for a sealant other than silicone would likely work better too. Even high temperature silicone sealer has it's limits. And as an Automotive tech I have found that silicone doesn't work well anywhere there is any pressure. Designing the rocket engine sections with a tapered fit where they join together would eliminate the need for any sealant at all. Look at how brake lines are sealed metal-to-metal, suing tubing with a flared end pressed against a cone. Make the flare /hollow on the nozzle end of each section and the cone shape on the bottom of the upper sections. Cast from ceramic, and lapped together you should be able to get an extreme high-pressure seal. Graphite nozzles would be even better. You would probably need a lathe to machine a graphite nozzle. With a graphite nozzle and an oxy-helium, or oxy-nitrogen divers mix, or if you are really feeling brave, nitrous oxide, that race cars use.
This was brilliant! We need to get you a small lathe so after you have modelled and tested with 3D printing you can turn a more resilient part from metal.
Go one further and get a CNC for him as well.
He should 3D print a lathe. And power it with a tesla turbine.
It is quite possible that he could make a fully ceramic lathe...... just dont drop it.......ever
I think part of the point of the experiment was creating a vortex rocket out of 3D printed components. At least going off the guy he was basing his work on. It IS nearly possible with average consumer equipment it seems.
Why not a metal 3D printer, best of both worlds.
Rocket: *brakes*
Nozzle: *fine*
Integza: NOW THAT'S A ROCKET
Breaks
@@ImMora1 lol I was boutta say the same thing
Man I love watching you're videos. So much fun.
God bless. Good work. Now utilize a jet fan blade to control your flow and force a cleaner more controlled burn. Followed by castable rubber 3d printable at first then purchase aluminum or cast steel which burns at a lower temp. Cast some blades. Or skip that all together and make the blades out of ABS and run then like crazy.
Integza! Please keep making rocket stuff!
Yes integza, do NASA's homework... Yes...
Idea : Call Peter sripol and put ur engine in and rc plane. Good luck!
I don't think it would actually generate enough power
@@caecilliusinhorto2773 especially considering all the tanks and stuff to carry the fuel and oxygen.
The Jevelin he made would be a nice fitting, those sugar engines weren't that impressive
I guess we won't know until it's done, tho tanks can be very small and compressed, like a co2 bb gun cartridge, something look-alike full of o2 and a lighter gas can for propane
Happy and Healthy New Year Integza... your channel is awsome and i like it a lot 👌👌👌
1300°C (2400°F) lol I used to fix ovens which could achieve those temperatures....while they were running! They had at least a cubic meter of internal volume. The thermocouples which controlled the quad gas burner (sounded like a jet engine) were housed in ceramic tubes to delay their inevitable destruction. Guess whose job it was to replace that mess. When the door was opened while operating you had to wear a complete silver flash suit. Anything non-reflective and flammable within 2 meters of the open oven door would burst into flame. The hottest ovens which were about 50% smaller would achieve up to 1500°C (2700°F). I didn't approach those until they cooled off because I'm not stoopid. :D
"Air: Not so much oxygen
Oxygen: A lot of oxygen"
🤣
High temperature resistant fireplace sealant: Exists
Integza: I am about to make this man's whole career
this is such an accomplishment, huuuuge kudos to you sir !! I wonder if a rocket engine could be made somewhere in between DIY like yours and a super high tech one. An engine that isn't the most efficient but that works and is not expensive because it doesn't have crazy precise tech in it or exotic materials..
I just found your videos (and subscribed)! I love you Nikola Tesla look and Katarina’s scream! Her scream should be at the beginning of every episode! But really, your enthusiasm, content, comedy, and format are outstanding! I love what you have going here! Keep up the terrific work! I hope to see more in the future.
Video Idea: Make a rocket powered toy race car that manages to exceed the total distance a cheap battery powered race car can travel.
How exactly did you get 800 likes in 20 minutes
Holy shit! I just refreshed my page and he got 150 in 2 minutes!
Cheaaater
Mans sus not gonna lie. 🤔🤔🤔
I didn’t even know you could buy comment likes on CZcams.
If CZcams doesn't pan out, do comedy you are truly funny.
If it won't pan out, reiterate and get it right.
I just discovered you! Little I've known how much I missed this in my life ^^'
Coolest vids on youtube, love your channel dude! Your English is improving remarkably also!
Theme: This video again, but better...
Try putting delicate parts in a crucible and packing them tightly with casting sand or petrobond during sintering.
Add a sleeve of fins to the inside of the combustion chamber to encourage the vortex to grow larger. (I'm imagining something like a helix)
Attach the engine to a load cell to monitor the strength of the combustion (could also be using as one of a few ways for integzabot to emergency shut down the gasses)
For the grand finale, put the rocket on a small (30cm max!) sled for it to shoot down and turn those pesky tomatoes into tomato sauce!
This ought to be higher up
Damn! This was going to be my suggestion...
4:22 "..Oxygen is a lot of oxygen."
Ah..yes, the floor is made out of floor.
Every 60 second, a minute pass in Africa
If your looking for a project, how about a 3D printed rocket nozzle insert. Nozzles typically are over expanded at sea-level, but under expanded at altitude. It should be possible to print a nozzle insert that burns away progressively so that the nozzle exit pressure matches external atmospheric pressure. An altitude compensating nozzle that isn't an aerospike!
that's a really cool idea. I'd love to see you explore this further. Perhaps by creating a cylinder that has some other ideas for keeping the heat out of the cylinder, perhaps the Bernoulli effect? Perhaps more angled inputs for your gas and oxygen. It does seem that some heat is going to build be radiant transfer so perhaps a water jacket around the outside.
"Air, not so much oxygen,
Oxygen, alot of oxygen"
-Integza, 2020
Carefull y'all - he's trying to rebuild Portugal's military might!
fortunately he's only after our tomatoes
I had an idea to protect the combustion tube using the same vortex flow concept. You need a multi point directional nozzle insert inside the clear tube. As for the shape of the nozzle, think of a cylinder with directional holes in it that create the vortex. Look at an old fashioned cheese grater for a better explanation on what I mean.
The inner directional tube and the outer clear tube need to be sealed, and compressed air also supplied to the chamber.
One other thing that might work is surface cratering, much like the surface of a golf ball is designed to create high pressure pockets to make the ball more slippery when traveling at speed through the air.
The original vtec engine used valve positions to create a vortex inside the cylinder of the car engine to more thoroughly mix fuel and air for combustion. They were able to reduce the amount of fuel needed for combustion by about 60% due to this
Theme: Turn tomatoes into a carbon paste to apply to your builds to make them more durable to fire
He is the only guy on CZcams I watch his sponsorships
Integza, and Internet Historian. Love it when sponsorships are done creatively!
@@johnfrian haven't seen internet historian ill have to check them out
really looking forward to your advancement with this vortex rocket.Go RocketMan!
I am familiar with making metal clay jewelry and nick-knacks. It also has an organic binder which burns off, leaving a piece that is a percentage smaller, depending on which clay you use. Some shapes of jewelry have a similar tendency to become distorted, particularly hollow pieces. The solution to that is to use an investment to hold its shape. The most common is a silica or silicone investment (I forget the name. There is a cheap kind that would probabl serve your purpose, and an ultra fine one.
You add water to the investment powder, pour it into a mold, and then put it in the center of the silver (or other metal clay, and then fire it. The most common use is for rings. You make an investment pellet the size of the ring you want. You make the green-ware the appropriate size larger than you want. You put the pellet inside the center of the ring, standing vertically. The metal clay, when fired, can only shrink until it gets to the pellet, and you get a perfectly round ring.
The good news is what you do after your piece has cooled. Just swish it in a bucket of water, and the investment will dissolve out. No need to damage your piece trying to get the pellet, or whatever out of your piece. If you are cheap and ambitious, you can let the water evaporate completely, and recover the powdered investment in the bottom of the bucket for reuse.
See if it works for your ceramic, and let us know. CZcams has many precious metal clay videos on ring-making. Also, might it be possible to use one of the non-precious metal clays to make your nozzle. They have, for example, surgical steel. I don't know how high a temperature it can withstand, but probably more than the material you are using for the nozzle.
Build a plane that is using the thrust of this rocket engine to fly. Btw you are awesome
Or a glider that gets its height or speed from the rocket as it wouldn't be able to keep enough fuel on it
And also tomato as a pilot. justicefortomato
You should make a turbofan engine next, I know it will be hard but you can do it :D
Reaction engine, beamed energy propulsion, or field propulsion(Magnetoplasmadynamics/Magnetohydrodynamics) more like. Who wants another damn turbofan, turbojet, or turboprop powerplant LMAO
@@nighthawkviper6791 Well yeah but it would be interesting to see him possibly 3d print it excluding the combustion chamber, he hasn't does a legitimate turbofan engine yet
@@Adam_Carbone I mean yeah 77yr old technology should be easy enough to build LMAO
@@nighthawkviper6791 leave him alone je hust Maße a suggestion LMAO
@@chax0208 No. If you're going to sit here and represent Tesla but then worship particle physics you're doing him an injustice. I try every OSINT avenue possible to share the technology you people think is aliens LMAO That Tic Tac Col Fravor chased was an Electrostatic VTOL housed in Bald Mountain. There literally is no other way to share this information. Only OSINT platforms such as AlphabetTube(YT)
Temputure resistant spray & maybe hydrophobic mixspryd so no more sticky fuel .so the heat dosent have has much time connect with printed material that keeps explodeing
I would suggest doing the oxygen near your fuel source and do the vortex with regular air. Doing the vortex with oxygen was counterproductive and why the combustion was mostly near the nozzle. Having the combustion closer to your nozzle actually created more heat instead of cooling.
Another idea: A rocket tied to a weather balloon, as soon as the rocket reaches maximum altitude, rocket Will lift off
*Video idea:*
Make a generator that runs off of food scraps, so you can feed the machine, and get energy!
By the way, thanks for the opportunity to win a printer! Love your channel, and am honestly surprised you haven't blown up more yet!
*Doc Brown would like to know your location*
look up gasification
Yes so you could feed it tomatoes and make them actually usefull
@@pixels4u287 Similar idea to what I had
One can make a biogas digester pretty simply. There's lots of plans out there. You basically use an inverted drum or a rubber bag to capture methane gas from digested food scraps. Tomatoes in, rocket fuel out!
Thanks for making this video, awesome
I like how this tiny spider at 4:58 was going on the combustion Chamber and think "mhmm that a good place to stay i like the light here " 😂😂
thrust vector controlled rocket with a vortex cooled engine... that would be awesome!
What is your opinion on josuke's theme
Thrust vectoring in a rocket is way harder than a jet as they run hotter. Titanium melts unless you way overfeed the fuel which has to be liquid to cool the gas. Unfortunately that vastly reduces specific impulse. NASA uses gimballing the entire engine rather than thrust vectoring.
using an aerospike
@@nutzeeer there is a way of thrust vectoring those. You dump excess fuel into one side of the actual spike and it changes the thrust on that side., Can't remember if it is less thrust or more thrust. It uses less fuel than cooling the gas for conventional thrust vectoring as per a V2.
@@gordonlawrence1448 agreed, having vectoring thrust is extremely difficult
Now you can get Michael Reeves onboard. He also hates tomatoes.
This channel is the best serendipity ever! :) love love love
Try very slowly raising the temp on the kiln. Most plastics turn to powder after 15mins at high temp. U need consistent heat slowly raised(especially below 400°c) to control contraction.
The rocket burst into flames and destroyed itself.
Others: “Oh No! We’ll have to start over!
Integza: *Bad Singing*
That's the difference between who innovates and who doesn't. He celebrates failures where he learnt something and the small achievements with bad singing. 😂
I am waiting to see were this goes but fingers crossed to not burning the house.
This is incredible. You should buil a hybrid rocket engine next.
Hybrids are verry inefficient.
Love your channel!
Very cool video first time I've seen any of your videos. Really makes me want to get a 3d printer
Aerogel jet engine, because of its light weight and thermal resistance.
*crunch*
That would be cool but aerogel is extremely brittle and fragile so it probably wouldn’t work with the pressures of the jet engine.
ohoh
that shit breaks even while handling
can we just appreciate that little jumping spider at 5:11 just chilling next to the tube
Spiders like light and heat :)
That's why they congregate around the "Darvaza gas crater" in Turkmenistan.
never tried rosted spider guess there is a first for every thing
The spider: this is fine :)
Just stumbled on your channel researching my next dangerous project. It will likely involve a jet engine and something with wheels. Since we both share common interests, you earned another subscription. Keep up the good work.
Edit: Oh and when you’re designing anything that involves mechanical stress, avoid sharp angles since they induce stress points.
Man I love watching your videos
ROCKET STOVE TIME! This nozzle combined with a wood-fired rocket stove to reignite the exhaust gases in the rocket riser chamber. This would be an awesome perfect application of this idea!!!
Mmm yes
Rocket stoves are definitely super cool.
"Let's kill a tomato!" ... almost burn down the house.
Thanks. Really. My grandson and myself just watch the vortex rocket engine video. We laughed so much. I think that’s what you’re shooting for. Either way. Great video.
Most fun CZcams channel ever, G’day from Australia 🇦🇺 👍
acrylic makes for good fuel in an oxygen rich environment.
Applied Science has a video where he uses acrylic as a fuel in a hybrid rocket engine
Dry out a tomato and use it as fuel for a rocket engine (that can dry out/destroy even more tomatoes)
The reason pure oxygen doesn't give you the cooling that air does, is because air contains non-combustibles that provide the insulating air. If you used a mixture of oxygen and nitrogen you might have vastly different results. Try a sea diver's shop for an oxy-nitrogen mix. Divers use it to prevent oxygen narcosis. Or a helium oxygen mix, also used by divers.
you can dip the ceramic nozzle in a glazing solution they use for ceramics then bake it on the kiln
Theme: Add thrusters pointing to the sides of an RC car, for assistance in cornering. Compare it to other rc car cornering abilities and see the difference (maybe in a mini racing circuit).
In order to turn a car, you not only have to rotate it (that's easy), you need to change the direction of its impulse. rocket engine is not enough for it, because that's a lot of impulse that normally goes into earth because of drag when a car turns.
that being said, you can point the engines upwards to press the car into the road to produce more drag on its wheels.
@@Alexander_Sannikov I dont mean turning only in terms of rotation. I mean applying extra force to overcome the centrifugal force .
Theme: Use a such rocket engine to propel an RC car; then use it to run over tomatoes.
I think the reason why the cooling does not work is because the propane only burns when it is mixed with the oxygen. So you basically try to cool your rocket with buring air.
Maybe mix the oxygen with the propane before it goes in the combustion chamber and use normal air like you did in the beginning of the video to cool everything.
breaking news: Portuguese man wants to kill all tomatoes with makeshift ceramic rocket engine
Theme: The loudest 3D printed air raid siren!
Glad I found your channel, it was an entertaining view.
Nice work man! continua o bom trabalho já agora...
You should definitely make a real flying aircraft or jet with this and invade the Tomato town
Me: Excited to watch Integzas vid
CZcams: Ad 1 out of 2
as a way to increase safety i reccomend having a cable holder or arm clamp that you hold the fuel with so it cant fall and blast fuel at something you want to keep
I think the oxygen adjacent to the inner body of the engine is causing the flame propagation and early failure of the combustion chamber. Try putting the oxygen through the middle and swirl the fuel. That’ll insulate the inner combustion chamber body from the oxidizer.
Theme : Colab with Tom Stanton to make the Rocket a reality!
Or ask colin furze and hacksmith how they would solve this
3-D print a slip mould. Then you can create nozzles with ease.
loved the captions!
I have learned so much from u thank u
Theme: a 3d printed airline jet engine
The compressing propellers can be made in plastic while the ones behind combustion have to be made out of ceramic
Compressing a gas makes it heat up, so I'm not sure whether it will survive, also given how this method of manufacturing ceramic deforms parts after they are cured in the kilm, it's not ideal for a fast spinning tight tolerance part. I bet both the compressor and the turbine can be made on a 5axis cnc machine though
plastics won't survive the stress ,it could deform.
I made one. I'm going to test it in these days.
@@techtheguy5180 you're crazy, let us know if it warks 👍
@@kunjukunjunil1481 it all depends from the pressure you want the air to be compressed in... For propene there is no need of high pressure air so can be designed to run slow... But the problem is... Will the pressure be enough to divert exhaust backwards and not forward becoming useless and melting it all?😂😂
you could use the Rocket engines exhaust gases to spin a turbine wich feeds more Air into the Rocket
@@pprrzzeemmo thats what makes it more fun
awesome vid. don't give up. you are on your way to being a rocket sciencetist.
Once I tried to dry clay figures in the microwave oven.. not only to finally founding cracks.. they also explodes at the end. I figure out that cracks somehow happen because of the acelerated dehydration forced by heat.... then I try it again but lefting inside a small cup of water to keep humidity inside the oven.. and it works magically!! No cracks (or explosions), but the water could be oberheated and spontaneously boil when disturbed, so be very careful when manipulating or it will splash boiling water burning your hands. Maybe you could try something similar in your oven to dry the ceramics/resin parts and avoid the cracks, keeping inside a cup of water (heat resistant cup, or it will wet your oven's electric parts - not a good idea), or found a more clever way to keep humidity under control.
If this works, you could make a lot of better parts, and maybe thanks me with a printer hahaha... good luck!