Inside the Positron 3D Printer: A Deep Dive

[@therick0996]

Mount it to the bottom of a table so it's right side up, like god intended

[@MandicLabs]

Great minds… something something…

[@Eleven34]

It only took 2 years, but I'm super excited to see this form factor finally hitting the market.

[@MandicLabs]

Me too. A much longer wait than I had hoped but glad to see it finally coming around for folks to enjoy and iterate on.

[@ogpennywise]

Form factor refers to size/shape/specs. Are you saying this is a size that has been missing from the market? That there isn't a 180^3 printer available? That we are unable to print in this size with the current limitations in the market? That this shape (same as other printers, mind you) has been missing. Or that the specs of 180x185x180 have not been met by current offering in the market. I think I can print EVERYTHING this form factor prints, on any of my printers that measure at least 180x185x180. Only thing it won't do is print them upside down, unless I flip my machine over, which is as dumb as this.

[@MandicLabs]

@@ogpennywise what other machine has this Form Factor? You are purely looking at print build volume, that’s is NOT the full picture. I recently took a Voron 0.2 to RMRRF. That has a 120mm cubed build volume. It requires a pelican case that is 4 times the size of the one that the Positron fits in, and I had to pay to check that bag as it was too large to fit in overhead bins. On the way back from RMRRF Nomad and I were on the same flight home. He carried on the Positron and stowed it in the overhead. My Voron went into the checked baggage and cost me $40 to check it. It was also out of my hands and I know it was treated rough on its journey as the Kirigami bed frame bent on the way home. No other machine with a 180 cubed build volume will transport as easily as this in my experience. This form factor is in a class all its own.

[@NanashiRyuu]

Nice video! But, since the footage is all upside down, I ended up hurting my neck trying while watching.

[@MandicLabs]

Mandic Labs is not responsible for injuries sustained while watching our content… 🤣🤣

[@AlanBWarrick]

@@MandicLabs 10/10

[@billfred_tg]

Looked good from my view in Australia

[@mattw7949]

^^^ You guys restore my faith in humanity. Thank you for that. ^^^

[@gustavorings]

Imagine running a mobile repair business with this for small repair parts that print fast. Probably not worth but it's a fun thought having a handyman in the house with his little printer, a laptop and a caliper.

[@jasongooden917]

So glad it's coming to fruition.

[@gv100_blitz]

Definitely have to mount this on the ceiling 😂😂😂

[@CodeBroRob]

can't wait to have one of these to take it with me to the office or a party to show off 3D printing. like imagine taking one with you on vacation with a laptop loaded with CAD software, whenever you quickly need something you just grab 2 filament boxes, 1 with the printer in it, and just print away.

[@Baob857]

Touch grass

[@CodeBroRob]

@@Baob857 no u

[@skaltura]

AMAZING Engineering. Can't wait to see how far this concept will be taken in years to come.

[@leesmithsworkshop]

This is not something I would want, but I love the design. Thanks for the closer look.

[@MandicLabs]

Yea it is really a “I’m happy this exists” sort of product for many. I can see use cases for myself but not an every day use machine. I really want to build one just for the fun of it though.

[@Chaselockhart2]

All that sexy close up and design review but no prints?! show the prints and speeds please :)

[@sovahc]

PV3 prints like any other modern well build and tuned printer.

[@Chaselockhart2]

I'm sure it's similar (and i already bought it) lol BUT this was a tease and I wanna see :)

[@HReality]

Indium 10.. worked with it some time ago.. most common use is instrument panels and Timex 'Indiglo' watches (at the time). After we ran the mylar through a sputtering process we cut the 6 foot rolls into 1 foot rolls and at the time the material was sold for @1500 p/square foot.

[@MandicLabs]

We looked it up while filming, this is Indium Tin Oxide coated glass. It’s used to create touch screens on some stuff. This just uses it as a resistor and heats with it. I’d imagine the indium you worked with was one of the base materials in the glass coating process? Over my head to say the least.

[@HReality]

@@MandicLabs Correct, mine was on 6m mylar and had a phosphor adative so when a charge was applied it glowed. It was later bonded to windshields and the like. We also did a titanium variant at the time. Clearly a different variety but the resistive properties when adding a voltage on the surface was similar. I had zone optics setup so I could monitor the opacity and it was processed in a vacuum chamber the size of a cement truck. Definitely one of my more enjoyable past jobs.

[@Jdog1681]

@@HReality I love the Timex Indiglo, so cool your worked on it. Do you think this could be replicated individually as a hobbyist project? Would love to make something similar. I don't have lots of chemical processing equipment but am very technical.

[@HReality]

@@Jdog1681 Well, when we did it we were applying 10k volts through a cathode while in a vacuum and injecting argon.. the cathode literally threw particles off the cathose up @4 inches and bonded to the mylar spooling over it. If it could be done as a hobbyist scale I cant imagine how. en.wikipedia.org/wiki/Sputter_deposition

[@StarkRG]

Indium tin oxide is the same material used to create the almost invisible conductive traces on LCD displays (akin to copper traces on a PCB and designed pretty much identically) as well as the digitiser on capacitive touch screens.

[@jsal92]

I’m so excited to see this coming together finally! My question to the dev team is if there any plans to improve part cooling, I can see the tip of the hull curling up(down?)? Also, will there be any kits available without the case or the screen and cm4? This could easily fit in any usual carry on bag, so the case isn’t really needed. Since the printer can also be operated over the network the screen isn’t either and if we already have a pi for klipper, neither is the cm4. If those could knock off 100-150 monies off the price it’d be really cool. In any case good work team!

[@nomadsgalaxy]

The cooling issue is primarily a problem with profile tuning, we're still dialing that in. We are also experimenting with a cooling duct redesign. So rest assured this is something we are aware of and are working on even now. As for units without the pelican case, it's going to take a while, probably going to be a few batches out before we start selling kits with select parts not included.

[@filipbyma6130]

I have been looking at position kits like journeymaker and I want to see how good and easy the ldo kit will be.

[@nomadsgalaxy]

The LDO kit is designed to be easy to build, and is very approachable. I think the final price difference is $100 between the two, with the LDO kit costing slightly more, but all the custom components help make the whole thing much simpler.

[@MandicLabs]

I’ll hopefully be streaming building one on here at some point. Not set in stone yet, but watch out for that when (if) I get the chance.

[@SirLANsalot]

I think it would be fun to get, just for the novelty of it all. Great little thing to take to a Show and have it printing stuff for entertainment and a draw to your table. Is why I use my 2.4 350 for that very reason, its a draw to the table being something large, and well lit having it printing benchys or some other short, quick, print so people can see it in action.

[@fabricemenoud3296]

J'aime bien le côté minimaliste de l'imprimante et une chose qui me fait me dire que beaucoup de monde parle sans savoir, au niveau de l'impression a l'envers (je ne parle pas de la taille de l'imprimante), il y a la kokoni sota ( malgré la sortie de leur prototype), beaucoup de personnes ont critiquer le fait d'imprimer a l'envers, que c'était vouer a l'échec 😮 alors, car c'est positron, cela ne dérange personne et après on s'étonne du peu de risque que prenne les fabricant d'imprimante 3d. Alors, certes c'est pas aussi compact que la positron, mais c'est bien d'avoir des imprimante 3d fdm qui casse les habitudes, ces constructeurs (inventeur et chercheurs en R&D) qui ouvre les portes a l'innovation pour les particuliers et les entreprises.

[@richardvuide]

Was wondering why there isn't any updates since the original printer by Kralyn came out two years ago, and now we have a production model? Wow!

[@nomadsgalaxy]

Yeaaahhhh - That's my fault 😅 After Kralyn and I made Positron 3D, we very quickly got our heads down and started working on an improved version, and we didn't really want to share too much before we believed it was ready.

[@gsestream]

metal wire spot electro-plating 3d printing (copper, zinc and others, like silver) is very interesting too, in an electro-plating bath, like copper sulphate water.

[@conorstewart2214]

The only thing I don’t like about it is the Klipper screen setup, just a single usb cable connected and the printer cannot function without it and would stop functioning if it got disconnected, this is definitely a concern with a screen that seems to be intended to get picked up, held and put where you want it. Even just a point where it clips onto the main body of the machine so it can’t get moved about or pulled would be good, or even better would be to have a retention mechanism where the cable is difficult to remove accidentally. Best case would be to use some kind of locking connector.

[@SebasTian-od7oz]

Maybe you can answer my long burning question since you now own a Positron: Since the extruder is not even on the printhead and the hotend is similar to a small V6, just bent: Why is the printhead so freaking HUGE and bulky? What madness is contained in there? 😀 Edit: Never mind, thanks to your upside down shot at 13:38 I can finally see that it is from the part cooling fan and it being mounted differently than usual.

[@MandicLabs]

You got it, ha. Also deflecting the heat / airflow from the heatsink from blowing onto the part and unintentionally cooling it I'd imagine is a partial factor. And I don't own this one, it is Nomad's BETA unit. I will be building one soon-ish hopefully.

[@Founders4]

Alan, am I correct in assuming the tool head will tap one of the nuts on the idler pulleys mounted on the linear rail to home X? It’s been awesome to see this project improve throughout its development and I’m sure with LDO on board it will be a fun build. I think two of my favorite features are the bed’s interface for the heater/thermistor and the whole motion system. The tool head itself seems a bit large but the weight sits down low on a carriage rather than up high on a gantry so I’m assuming it’s responsibly stable. Great video, this is probably the most detailed overview of the Positron I’ve seen up to this point, extra credit for crispy B-roll.

[@nomadsgalaxy]

Yep! You are correct. We mount idlers to the bottom of the X rail by using standoffs as nuts on the top, and the idler screwing in from the bottom. This acts as a rail stop, preventing the carriage from falling off, and allowing for Sensorless homing with its resistance.

[@Founders4]

@@nomadsgalaxy Very clever, thanks for the explanation and nice work!

[@KmonCentz]

Saw this at reprap show... thing is pretty cool

[@tro7e]

I carried my ender 3 partially disassembled as the cabin luggage - no biggie.

[@BeefIngot]

Would be really cool if they just powered it from USB PD especially now that 140Watt bricks are becoming more popular and 240Watts is ratified and possible though uncommon. Imagine the speeds and feeds and ease of use of this thing powered by the 28 volts of 140W or 48 volts of 240W.

[@nomadsgalaxy]

We have ideas for that 😉 stay tuned

[@MandicLabs]

I actually cut out where I talked about just that in this video while I was trying to make it all flow better. So look out for that possibility down the road. 👍🏻👍🏻

[@RockieOnly]

@@MandicLabs heck, since it’s currently DC powered, I could picture hooking a power tool battery up to this printer to make it truly mobile, and be able to print on the go, or out in the wild. Wireless for the win. Not sure how long it would last though.

[@JustGoAndFly]

​​@@RockieOnlyI run a Bambu labs mini A1 in my van using 200w solar and 200ah LiFe 12v, through a 1000w pure sine wave inverter. I print all day in the sunshine and can go til about 3 a.m. while simultaneously running my 12v refrigerator (intermittently 45w) comfortably and probably all night but I don't want to push it. Bed heat off means the printer doesn't use much power, and the mini A1 is so fast I have no issues maxing out the 7x7x7 build volume

[@StarkRG]

It definitely would not take a lot to modify it to swap out the power supply to one that accepts USB PD.

[@michits1118]

The only issue i could see would be the maintenace because of how small and cramped everything is, but other than that, It's a very cool machine.

[@nomadsgalaxy]

It's actually not that difficult, while it's all very compact, it's easy to get to what you need to.

[@the3dprintern]

Great content! Thanks!

[@MandicLabs]

Much appreciated

[@tsikada]

Pelican is a brand is it actually pelican brand case?

[@nomadsgalaxy]

No - but its pelican like, it's very rugged and solid.

[@MandicLabs]

Yea that was a slip up in the “Kleenex” way. It’s a pelican like case.

[@MakeKasprzak]

I love this thing.

[@onewa712]

HAHAHAHA I loved the ending 🤣🤣🤣🤣🤣

[@stevrgrs]

And this is better why ? It’s still got droop. Now it’s just in the opposite direction on the print :P

[@nomadsgalaxy]

The goal was portability, we just so happen to print upside down lol We are working on improving our cooling performance.

[@manuel4613]

What is the point of printing on the head? Why wasn't this done normally I wonder and what is your target audience? Greetings from Austria

[@MandicLabs]

Printing upside down is a function of the compact nature / foldability. To have a "regular" toolhead would require far more rigidity & complexity in the design. This design allows the printhead to always be in the position it will be, even when the Z axis is folded down. That provides a much more compact (lower center of gravity too) design that doesn't require major reinforcement that would balloon its size & weight. It is meant to be a portable printer. Any additional parts & construction takes away from that so they have to be very mindful of where design elements are at all times.

[@Pumpkinwaffle]

Surprised to see this isn't main channel content. I guess the full build and review will be. A very interesting machine nonetheless, having your own well tuned machine on the go beats having to trek to a fablab and rely random ender3. Sounds like the dream machine for that niche that travel by train / plane and need a 3D printer where they're going. I very much am one of them, cost will be the next major factor, as it makes little sense as a secondary machine at home compared to non portable machines.

[@Pumpkinwaffle]

oh it's 800+ euros.. Yup, I'll wait for a gig that requires such a machine xD

[@nomadsgalaxy]

Yeah, it's no secret that the pill is difficult to swallow on this one. But we have a lot of custom components, and we put in a ton of R&D to fix many of the issues with the original V3 design. We're very proud of what we accomplished. We aimed for the price of a V0 kit, and I'm glad we achieved that. It's certainly not for everyone, but considering the V0 was known as the "portable" 3D printer (requiring it's own massive checked bag), we're glad that we were able to make this a reality for those looking for portability.

[@MandicLabs]

This channel is going to focus more on the nerdy tech side of printing while the main channel moves more toward using printing in bigger "maker" projects. I'm worried that if I do a fun maker project followed by a technical deep dive on a printer that the general audience who doesn't care so much about the tech itself will be turned off. So this channel is going to take up the Tech end of things while the other channel just applies Printing as a Tool. So when I get to building a Positron it will be here. Also I'm streaming builds now on here, so either way it would be here.

[@Pumpkinwaffle]

@@MandicLabs Looks like I need to subscribe to the second channel then. The algorithm knew to recommend me the video so hopefully the tech nerds will be guided to your second channel so making content for it is worth it for you. Always love your content, and those little vegan twist are awesome. That almond juice bit gave me a great giggle. Keep up the awesome work!

[@Pumpkinwaffle]

@@nomadsgalaxy There's no other printer that compares whatsoever. So it's both the cheapest, and the most expensive in it its category xD But honestly if I wasn't broke or was making money off rapid prototyping it'd get one in a heartbeat. Pricing seems fair considering the amount of custom parts, pcb dev etc.. It's an awesome machine and really hope it will find success. Been following it's progress since the initial video on youtube. It's amazing to finally see it available as easily!

[@BarioIDL]

what if you print benchy on the fly, literally?

[@sliverbaer]

omg the ending, lol

[@MandicLabs]

All credit to Nomad for coming up with the intro / outro skits. Such a fun idea and addition.

[@kapteinsuperskoot6986]

Disappointed - not printing with positrons...

[@nomadsgalaxy]

Life has many doors ed boy. That's how I got in.

[@MandicLabs]

Who let this guy in here? 😅😹

[@TS_Mind_Swept]

This is what happens when Australia decides to manufacture something

[@3dPrintingMillennial]

I could take this to the battlefield, connect to Starlink, 3d print some [redacted], and up my K/D (unless i get got first) 😅

[@TakedownBard]

Is this made by kralyn 3d or did another company mimic the design and copy the name?

[@MandicLabs]

This is the official project working with Kralyn. Plenty of off shoot projects exist, this is arguably the original branch of the tree.

[@nomadsgalaxy]

​@@MandicLabsyep! Positron 3D was founded by Kralyn and Myself, he had to step away, but we kept carrying the torch. We still regularly chat with Kralyn, but he got hired to a dream job because of his work on this. 🙂

[@username9774]

I think the external display/pi/power supply is lame, I like the JourneyMaker Positron more. The IR bed leveling sensor is also problematic. I would want 6mm belts though, that 2X3 mm don't actually matter. There is a usermod for a unibody base, which would be cool. Still interesting.

[@MandicLabs]

Eh, it integrates with a single USB-C connection and saves a lot of trouble on the footprint when stored. I’ve run a few machines with remote pi/display setups. The way this one is configured is better than most imo. The IR sensor is definitely a weak point and I look forward to improvements on that.

[@HomoSapiensMember]

no usb-pd, why 200w, why rp2040; non-IP rated means its not travel ready packs into small form factor so it can be packed and stored away relies on outdated glass print-bed w/o heating bowden. no. ton of moving parts comment: reviewer states homing 'sensorless', immediately explains IR sensor-based why does it include rpi and pico - one is enough, in fact a single esp32 should also suffice open source: assumed there's mqtt onboard to integrate w/ home assistant/open hab or similar but haven't heard mentioned I'm concluding this is TRL 6 prototype with a nice polish, comes as a kit with lots of promising developments possible but a lot of ground to cover; I think the kit and merch w/ community backing will really help fund the project to iterate the design and release in faster cycles

[@MandicLabs]

Do you work with 3d printers or was this comment just written by a confused AI? This wasn’t a review. “No USB-PD” We said it could be done… “No IP rating” Why in the world would that be needed? No material is going to be happy printing in the rain and dirt. We explained that the glass IS HEATED. It is a unique see through resistive heater system. “Tons of moving parts” have you ever seen a core-XY 3d printer? The only additional parts beyond a typical one is the pivot for the Z axis to fold down. “Sensorless homing” is pretty universally understood to be X & Y homing only. Z Axis homing always uses some form of probing mechanism and/or endstop switch. There isn’t a 3d printer available with sensorless z homing. “Why a RP2040?” Because it runs Klipper firmware fast and well. It is ALSO an open source architecture… “Esp32” Ok, you could have started with that and I’d have known you had no idea what you are talking about. Absolutely ZERO 3d printers run ESP32s except for Wi-Fi connectivity. That’s it. “Home assistant” You can always integrate a Klipper powered 3d printer with home assistant. You don’t need an ESP32 for that. This was a wild ride of a comment. Thanks for giving me a chuckle as I read it over a few times trying to make any sense of it.

[@aerohard]

Print failures on this must be spectacular.

[@sovahc]

Maybe. Original PV3 has magnetic connector. If something goes wrong, bed disconnects and kipper stops automatically. I have this issue two times when my nylon print unsticks…

[@ogpennywise]

@@sovahc so, this detects spaghetti? Or adhesion issues? Or crashes? Seems to be a CR10 flipped over.

[@nomadsgalaxy]

@@ogpennywise there's no automatic detection, the previous detection method was simply sensing for a bed disconnect, which would trigger a firmware shut down. This is technically still a thing, but it isn't really a feature per say. Print failures are... 'fun' lol

[@sovahc]

@@ogpennywise I have no spaghetti issue. Every time my bed pulls up and print stops. No damage happen. I'm most worried about the synchromesh, but it's always fine. If it gets damaged, I'll just switch to a belt, I have the belt.

[@dingdongdaddy589]

$699? This isn’t an economy for novelty gadgets with that price tag.

[@nomadsgalaxy]

The goal was to make this kit similarly priced to a Voron V0, which is $650 (and only has a bed volume of 120mm³ vs 175mm³) The truth of the matter is that there was a lot of R&D put into this printer, our teams worked very hard with LDO to make it possible. Costs need to be recuperated. If you don't have a purpose for a portable printer, then don't buy a portable printer lol, it's only novelty if you don't have a purpose for it.

[@dingdongdaddy589]

@@nomadsgalaxy - whatever you say there money bag genius. A printer that prints upside down is a novelty…for $699, when you could get say an A1 mini for $249.

[@nomadsgalaxy]

​@@dingdongdaddy589 And getting an A1 mini for that price is absolutely a reasonable decision, not arguing on that. I have an A1 myself because of how affordable of a printer it is. The idea of the Positron is not that it prints upside down, it's that it's portable. It just so happens to print upside down as a result of our portability efforts. By no means do i believe this printer is for everyone, as mentioned before, it's for those who want portability. No matter how you look at it, even an Ender 3 or a Bambu A1 Mini isn't a printer you can easily bring with you on a plane or onto a train.

[@MandicLabs]

And the project began a couple years ago. The machine is NOT for everyone by a long shot, but for those who can justify it, its a fun idea. If nothing else it is an interesting tech demo that some folks can use to help push printing forward. The Bambu A1 Mini wouldn't exist if it weren't for the development and testing of machines that came before it. It wouldn't exist at the price point it does if it weren't for Bambu selling $1500 X1s for years ahead of the A1 Mini and creating a full production process that brings the economy of scale into line with their price point. A small independent OPEN SOURCE printer project will never be able to match a multi-million (possibly billion) dollar Chinese manufacturing company. That's just life.

[@jsal92]

Consider this: a voron 0 kit will set you back a similar price if not more and will have only 120^3 print volume and arguably a printer at that volume and price IS a novelty as you’re very limited to what can be printed in it, I have one and I know. For people who travel and need to prototype on the field, granted not that many, this is going to be a tool, for the rest of us it could just be a very cool project to work on, just like the v0, even if not the most practical. But then, consider the potential here, how a printer with p.v. similar to a prusa mini or an a1 mini can now fit in the spool box of that printer. If I had to draw a non printing parallel, I’d suggest considering how mobile phones used to be larger than even wireless ones at the time, then they got small, moved to smartphones and now we have phones that are all screen, barely any bezel. We both reduced the foot print of the device and maximised its interface. Consider this the flip phone of the printers. If anything this printer will be a step in that direction, at the very least. Furthermore, if this was to be a commercially available product like an Ender, the logistical cost from the shipped kits’ volume, along with the per unit carbon footprint, can further reduce the price and make it more environmentally friendly. If you’re still bothered by the price, note that ldo ships high quality components, not necessarily the most cost effective ones. It’s be safe to assume an open source project like this will be adopted by other companies offering kits at lower prices, with respective quality. Lastly, it’s a fresh platform for the community to innovate on. There is great potential here, even if it’s a niche product now, but so where desktop 3d printers a decade ago before prusa gave us the i3 design. Then creality lowered the entry barrier to FDM with the ender 3 and their massive production line benefiting from its scale. tl;dr: It’s not for everyone, but it’s here for everyone to benefit from.

[@wage4598]

1 min 44 seconds with a completely flacid z belt lol

[@nomadsgalaxy]

That Z Tension system has been replaced in production.

[@My3DPrints-ve8zl]

Ouch not even a bleep of credit given to the Designer/inventor of this printer that is messed up!!!

[@nomadsgalaxy]

Might want to do some research there bud; Kralyn is part of The Positron 3D Team. Credit is being given to Positron 3D, who (with Kralyn) is maintaining the project as a whole. Credit is being given, but it would be unfair to just say Kralyn designed it at this point, as many members helped make the V3.2 with LDO.

[@MandicLabs]

As Nomad noted, since the originator (Kralyn) is part of the Positron Project (The machine & group represented here) | didn't really feel a need to do a break down on the origins. That stuff gets sticky with crediting people because I never know who based their work on who and what people are going to get upset when I credit XYZ etc etc. It is a slippery slope that I try to avoid and just link to the project on hand so that folks can still find the right people. I'll add Kralyn's github but the repository points to the LDO / Positron sites already linked.

[@My3DPrints-ve8zl]

@@MandicLabs okay then I apologies

[@odinata]

Proof that tattoos alone don't make you cool

[@MandicLabs]

Seems to have caught your attention… Good thing I got over the idea of trying to “be cool” a long time ago and decided to pursue happiness. Maybe someday you’ll find some of that.

[@baderalafghani4564]

The belts they used in the earlier versions were better . I think Ldo fucked it up

[@nomadsgalaxy]

I assure you, you would not want Synchromesh cables to be used in production. They were a nightmare. Also the decision to move to belts was one done by Positron, not LDO.

[@sovahc]

Belts has slightly lower aliasing. I want 1 mm pith belt on my pv3

[@Uterr]

"Deep dive" - and almost nothing about speed and print quality, ok.

[@MandicLabs]

It’s still in early release. Tuning is literally THE LAST thing you do while building a printer. Also the base design started before fast printers were the norm. They aren’t yet certain how hard it can be pushed and are currently actively working on that. I don’t have any claims that people who don’t know better won’t balk at right now. Like it takes over an hour to print a Benchy, but it can absolutely go faster. They were more worried about the mechanical function and reliable design before learning how fast it can go. So I didn’t make any claims folks would judge based off incomplete data.

[@nomadsgalaxy]

We can comfortably get 15mm³/s, but have had success with 20mm³/s stock. With some modifications, you can probably push it to go faster.

[@gangleweed]

I doubt this design will be a groundbreaking new kid on the block set-up......why they must make it print upside down I'll never know, and the review does not say why this configuration is as it is.........another one for the weirdos that just must have something different.

[@nomadsgalaxy]

We designed it to be portable so that we didn't have to lug an ender to our engineering workshops at Uni. We also designed it to fold away so we didn't have to dedicate a large chunk of space in our limited dorm room to 3D Printing. We just pull it out when we need it, and store it away when we don't. Being upside down is just a result of that goal. It works better than most printers out the box, getting better than volcano speeds at 27mm³/s. The 90⁰ meltzone just allows filament to be chewed through effectively.