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TRONXY

TRONXY X5SA Large Size 3D Printer, DIY Core XY Metal Structure 3D Printer, Build Volume 330x330x400 mm fit for Home and Industrial, Resume Printing, Auto Leveling

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Color: X5SA


Features

  • [Stability] TRONXY X5SA 3D Printer, build volume 330 x 330 x 400 mm. Core XY structure + Square structural support, Metal flange bearings load bearing, higher stability and printing accuracy
  • [Accuracy] Multiple timing belts, adjustable tension; Double Z Axis rod and dual-motor, precise positioning transmission. Reduce errors in printing, and print more finely, ensure model quality
  • [Functionality] Auto Leveling Sensor, one-key leveling,16 points data collection, compensate for height deviation; Filament detector + Resume print function, avoid time and filament waste; Double fans, better cooling effect
  • [Interesting] DIY assembly type industrial-home dual-purpose 3D machine, suitable for manual skills and experienced 3D printer enthusiasts, transforming machines and building shell/parts, etc., add more fun for your 3d printing
  • [Service Guarantee] Receiving the machine - Check the accessories - DIY assembly machine - Set the distance from Z-off first - then auto-leveling. Any problem, contact us for solution(Your Account>Your Orders>Contact Seller)

Description

TRONXY Large X5SA 3D Printer for Home Use The X5SA 3D printer that has undergone rigorous inspection and extensive testing: Print Principle: FDM (Fused deposition molding) Print size: 330×330×400 mm (12.99 × 12.99 × 15.75 in) Tronxy High precision X5SA industrial grade 3d printer, users need to install and debug by themselves X5SA is a 3D printer specially designed for people who like large printing and DIY. Renew and modify the appearance of the X5SA according to your own ideas, enjoy the fun of DIY assembly Advantage of X5SA: 1. Double Z-axis design: increase the load-bearing capacity of the hot bed, reduce printing defects, and print more finely. 2. Square structure: The design is matched with 4 polished rods and 2 screw rods, with high stability and large space utilization. High-precision printing can be easily achieved 3. High-quality 360W power supply: The power supply The system is stable, which further improves the printing stability and is more secure. 3. The quality of the fan and the PTFE tube has been significantly improved, suitable for enterprises and educational institutions. Core components X/Y/Z/E motor The stable motor performance improves the printing accuracy it has better positional accuracy and repeatability of movement (Because the accuracy of each step is 3%~5%, and the error of one step is not accumulated to the next step) Corexy Structure 3D Printer 1. High printing accuracy. Full belt drive, higher stability. 2. Three-dimensional structure design to maximize space. 3. The Extruder is very stable even at high speeds. 4. Square structure: high stability, large printer, effective use of space. X-axis, belt, Guide Sliders Stable performance, improved stability and increased printing accuracy Because the timing belt moves on a flat surface, the printing is more stable. Make the printer structure more stable Read more Small 3D Printer 330x330mm Glass Bed PTFE Tube Kit MK10 Hot End Kit 330x330 mm PVC Sheets XY-2 PRO 2E Features 180x180x180mm Upgraded 3D Printer Glass Bed 6 pcs with Pneumatic Fittings Hot end kit with 3D Printer Nozzles 0.4mm 2PCS PVC 3D Printer Sticker 330x330mm 2-color printing, dual extruder Automatic leveling function Accurately detect the leveling point of the printing platform surface, through the detection of 16 points, the error value is checked and the leveling time is saved Power failure resume to print Automatically save printing progress after power failure, one click to resume printing, avoid waste Mute motherboard Silent drive The entire printing process is quieter, without affecting normal work and sleep Read more Industrial Grade fdm 3d printer Product Parameters Machine size 580×645×660 mm ( 22.83×25.39×25.98 in ) Positioning accuracy X/Y: S0.00625mm Z: S0.00125mm Printing thickness 0.1-0.3mm (optional) （0.003937-0.011811 in） (optional) Machine material Aluminum profile, sheet metal Connection USB interface, TF card Supporting materials 1.75MM, PLA, ABS, PETG Slicing software TRONXY slicing software File format G-CODE Operating software Repetier-Host.Cura Nozzle diameter 0.4mm (0.015748 in) Hot bed temperature up to 100 ℃ (up to 212 ºF) Nozzle temperature up to 275 ℃ (up to 527 ºF ) Ambient temperature 8 ℃-40 ℃ (46.4 ºF-104 ºF) Environment humidity 20%-80% Power input 110V/220V Power output 24V 360W


Product Dimensions: 21.65 x 25.39 x 25.2 inches


Item Weight: 32.1 pounds


Date First Available: August 20, 2019


Manufacturer: TRONXY


Country of Origin: China


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Top Amazon Reviews

    • Not for begineers
Color: X5SA
I recently had the pleasure of purchasing this printer. I want to give a thorough review for anyone who may want to consider a purchase of this, but I also want to give a quick one liner for those who are impatient. So, the quick review: Not for beginners. Now, for the more thorough review Let's start with the hardware: Frame: The frame is solid and generally goes together square, the 2020 extrusions are cut well, and all the machining is clean and accurate. Well, I assume it is accurate - like I said, everything seems square. Frame Assembly: Read the instructions fully before you begin assembly, there are some items that would do better in a slightly different order. Drive Train: This is a CoreXY machine, which means that there is a large and complex belt drive system. It is important that the belts are tight, but there is not a good way to tighten these belts, so take due care during assembly. You will also likely need to print new motor mounts to properly tighten the belts - those can be found on thingiverse. Finally, this type of system demands the main drive sections of the belts are parallel, but there is not a way to align the idlers on the front of the drivetrain without significant modification. I am not there yet, but I may yet get busy and fix them. Extruder: The extruder is all metal into a bowden extruder. It works as expected. There is also a filament detector, which is a nice touch! Hot End: The hot end uses a 24 volt heater - I have not disassembled this to take a close look at it, there has been no need yet. It appears to be a MK8 extruder. Fans: There is a hot end cooling fan that is hardware controlled, and a part cooling fan. I am not a fan of the nozzle for the cooling fan, but that is part of the fun! Time to redesign! Heated Bed: There is a 330x330 mm heated bed. The heater is 24 volt, and is insulated to keep the heat more stable. Being 24 volt, it heats to 50C quite quickly. The bed has an aluminum build plate with some polymer coating. It seems to work quite well, though I would prefer a glass build plate. The bed is lifted by dual z axis lead screws. End Stops: There are microswitches for the end stops of the x and y axis. The z axis is a low cost induction sensor, thus the lack of glass plate. The system seems to work adequately - but time will tell. Control Board and Power Supply: There is a 24 Volt, 15 amp power supply. This powers a driver board with a 32bit ARM processor - it is not an open source board, but it is well documented on the Web - this is very important for the next part of the review... Firmware: This is the challenging part. The provided firmware is abysmal for anyone who has used a 3d printer before. At first glance it seems ok, until you start trying to use the printer, so here is the list of items you need to consider: Z-offset. The system has a screen that you use to set the z-offset. It starts by homing the x, y and z axis. The Z is homed at x=0 and y=0, then the nozzle is moved to the center at the build plate. At this point it is the responsibility of the operator to raise the z axis until the nozzle just touches the build plate (pinching a piece of paper). Where the operator then tells the system it is at “Zero”. This is the problem - it ONLY works when the bed is perfectly level - any errors in the bed level will show up here. So, if the offset is wrong, the only to fix it is to guestimate the amount you want to shift the offset and rerun the z-offset routine and get the nozzle pinching the paper, then drive it the distance you need from there - so for example, if the first layer is not adhering, you need to lower the z-offset, so estimate the amount you need to lower it (for example 0.4mm) and drive the nozzle that much lower after the nozzle pinches the paper during the offset procedure. I have also found that if you pay attention during the auto leveling procedure, you can get a hint as to where to drive the z-offset, as the autoleveling procedure shows the offsets at each position. Feeds and Speeds: The Tronxy engineers have decided that you should not have the power to set these things for yourselves. They have overrides on Acceleration and Jerk that prevent the system from using it’s full potential. They have tamed it so much that you cannot possibly hope to get any speed out of it. It uses a non-standard g-code that can be used to tweak the firmware settings - on my system tweaking these caused the system to reset as the print was starting - it was very disagreeable and not worthy of further pursuit on my part. In the end, a 3d benchy that Cura predicted at 1 hour 6 minutes took over 3 hours to print with this firmware…. COMPLETELY UNACCEPTABLE. Heating: The PID settings are off, the thermal stability is not ideal - you can watch the instability. I suspect, as a result, Tronxy has turned off the thermal runaway settings - this is a mystery only the Tronxy engineers can answer. There are no obvious methods to tune this yourself, so suffer in silence or try to fix it.. Display: The touch screen is brilliant! The visuals on the display are very pretty, but they do not give you the full story of what is going on - like what is the current z-height.and x and y position as the print is executing. So, in the end, there is a fairly decent bit of hardware that is saddled with firmware that inhibits it to the point where it will aggravate and discourage the average user. All is not lost however! There are ways to make it AWESOME! I was tempted to give a step by step instruction list on how to install Marlin - but I decided that is too easy and this deserves some challenge. Needless to say, Marlin runs on this printer and board just fine. I was able to take the code that took over 3 hours to print, and print it in about 1 hour and 18 minutes - almost the same as the prediction from Cura. Now I can finally tune it and make some awesome prints. In the end, if you want a mechanics and programming project to get a really big printer, buy the Tronxy X5SA printer. If you want a plug and play printer - I would not recommend it, there are other options which will do better. Do NOT buy this for your child expecting them to have a pleasant experience, it will end badly, I am sure. ... show more
Reviewed in the United States on September 3, 2020 by Jonathan
    • Decent printer for the money
Color: X5SA
Review Image by Jeremy Bernal
I did some reading about this before I purchased it (and saw some scathing Youtube reviews) and I am already an experienced 3d printer hobbyist. This is my third printer. First the bad: the instructions are pretty rough. The very first step called for 600mm aluminum pieces which did not exist. The illustrations are very tiny and hard to make out, could use some more close-ups. In general, though, I got the entire printer put together, up and running, in about 4 hours. The way the extruder is set up looks like it will eventually cause the drive belt to rub against the filament feed tube. The design could use a standoff piece just to hold it up a couple of centimeters, which I will print and install later. Now the good: The kit included all the tools I needed to put it together, and probably 2x the screws I would ever need. The instructions on operation, again, are awkward Chinglish so you will need to be patient. Setup is pretty easy with the auto-leveling. Squaring up the frame was not as hard as the videos made it out to be. The whole assembly seems wonky at first but as the components go on, it really toughens up. If you want the print head carriage square, just back it all the way against the rear frame and tighten it up. The fan on the power supply is the loudest part. Operation is nice and quiet. I printed the included test piece with the included PLA filament, and it came out nicely. The extruder loaded/primed very easily. No fussing. Setting up and tensioning the belts was a big complaint in the reviews; I, however, did not have any problems. Ziptie one end of your belt and use one of the included spring clips to pinch/fasten the other end teeth-to-teeth once it's tight. Voila. The wiring was super easy and well thought-out. Made for very easy cleanup with a few zipties. Regarding the software, I do not plan on using it (I am using regular Slic3r with appropriate settings). ... show more
Reviewed in the United States on August 11, 2020 by Jeremy Bernal
    • Assembly can be time consuming, especially if you have trouble with rough translations.
Color: X5SA
Ordered March 22, delivered March 27. Today is May 29, and I have been printing pretty regularly for the two months I’ve had it. Assembly was simple enough; there’s some obvious language-barrier hurdles to overcome, but with a little patience, it’s pretty easy to figure out. This is my first venture into 3D printing, and I have to say I’m quite impressed. The printer just simply works. Any issues I’ve had have been 100% user error, but that’s to be expected as a total novice to 3D printing technology. I’m happy to say I haven’t needed tech support, but unfortunately, that means I can’t accurately attest to tech support quality. Online community, on the other hand, is abundant and easy to find on Facebook, and is full of helpful people with helpful information if you’re willing to sit and read up on whatever you may be looking for. ... show more
Reviewed in the United States on May 30, 2020 by Bradley M.

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