Creality K2 Plus 3D Printer, Support Multi Color Printing Needs CFS, 600mm/s Max Speed, Step-servo Motor System 350℃ High-Temp Print Direct Drive Extruder Large Build Volume 13.78x13.78x13.78 inch
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Returnable until Jan 31, 2026 Learn more
Returnable until Jan 31, 2026 Learn more
This item's return window has been extended for the holiday season: Returnable until Jan 31, 2026
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Availability:
Only 5 left in stock, order soon!
Arrives
Wednesday, Dec 24
Model: K2 Plus
Features
- Efficient Printing: K2 Plus, adopting industry-grade FOC step-servo motors for the XYZ axis and extrusion. The five powerful motors work in unison, each offering 32,768 controllable microsteps per revolution for ultra precise positioning. This takes the printing performance to the next level. For a large-format machine, it can reach to 600mm/s. Turbocharged by the step-servo motors, it can accelerate at a staggering 30000mm/s. Auto tilt reduction, two Z-axis are independently motorized for movement, able to reduce the bed tilt automatically. Auto Leveling Compensation, a strain gauge in the toolhead auto-probes the bed and create an accurate leveling mesh
- Durable Direct Drive Extrusion: Hardened steel gears for better durability No issue coping with the repeated filament ingress and egress. 40mm3/s high-flow hotend powered by an 80W powerful heater, the flow rate of ABS at 280C can reach 40mm3/s, 66% higher than the previous design. The tri-metal nozzle curbs heat creep effectively for minimal clogs, and the integrated nozzle design and the magnetic front cover make the nozzle swap a breeze
- Advanced Heating Structure: Creality K2 Plus has an actively heated chamber, which creates a thermostatic environment up to 60C. Essential to forge strong prints in ASA, PPA and other high-end materials 60C chamber temperature for ABS, ASA, PPS, 50C chamber temperature for PATCH-CF. High-temp nozzle with hardened steel tip can reach to 350C. Designed for use with wear-resistant engineering materials of high melting points. Supports more selection of materials, including PLA/ABS/PETG/PA-CF/PLA-CF/PET/ASA/PPA-CF
- Upgraded Function: 1.Active Belt Tensioning: On the K2 Plus, the belt tension is checked and rigged actively by a pressure sensor instead of manually. 2.Two AI Cameras: K2 Plus uses an Al camera on the chamber side to watch over spaghetti failure, foreign objects, idling, etc. It will alert you when an error occurs. lt also supports real-time monitoring and time-lapse filming. There is also an Al camera on the toolhead. lt can analyze 3d model and then generate an optimal PA value or flow rate. 3.Two Auxiliary Fans: The part cooling airflow is nearly doubled as two auxiliary cooling fans are installed on the left and right sides of the chamber
Brand: Comgrow
Material: Acrylic，Metal
Product Dimensions: 10"D x 10"W x 12"H
Item Weight: 77.16 Pounds
Compatible Devices: Laptop
Product Dimensions: 10 x 10 x 12 inches
Item Weight: 77.2 pounds
Item model number: K2 Plus
Date First Available: December 16, 2024
Manufacturer: Creality 3D
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Wednesday, Dec 24
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
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Top Amazon Reviews
After a bunch of research, I settled on an Ender 5 for an entry level printer, and I couldn't be happier. I'm comparing it to a pair of Ultimaker printers at my office (10x the price). Honestly, out of the box, the only thing it really needed is leveling the bed and increasing the extruder steps per mm with a 5-minute test. At that point I'd say it reached about 80% of the print quality of a new Ultimaker. For a grand total of another $25 I've added a new extruder, Bowden tube and connectors, and glass bed, and printed a hard support and cable strain relief for the bed. With these and more tuning of slicer settings, I'm consistently getting incredible looking and functioning prints. The stock magnetic flexible bed is actually pretty OK, the adhesion is great, but slightly bowed down in the center and leaves a rough bottom surface. I've learned to love plain clean glass for many materials, adheres great and then floats off as soon as it cools. My only real disappointment is the stability of the bed. It is just a flat plate that screws onto another flat plate that rides on the Z-axis, so the entire bed bends like a diving board. Wish it had a few small ribs to reinforce it. It's ok for small prints but I recommend printing some support arms early. The cables are also too short to manage nicely, but some spiral wrap can tidy them a bit. Mine has a Landy power supply, which is apparently worse than the Meanwell that some are shipping with, but zero issues so far. Know what you're getting into - it's still a hobbyist printer, your mileage may vary. I'm sure there's a lottery for DOA units as well, but mine was great. The FDM process itself has limits, and most of what you're paying for in a more expensive printer is the assembly, the features, and the tuning/setup done at the factory. This is a kit printer on a tight budget, but with some TLC can easily match the much more expensive printers. I chose it because it's easy to modify and widely popular so there are tons of user-created guides and printable upgrades. It works fine as-is, but for me half the fun is getting to make it mine and push its limits. The frame and XY platform are a great design and assemble very easily. Conceptually seems much more stable than the Ender 3 design. It doesn't have the bells and whistles like auto leveling and wifi, but these can be modded in for cheap too. The stock board/drivers are a little noisy, the silent upgrade are worth considering if it's in your living space. Do a little research on "things I wish I knew for my first 3D printer" and essential tools and printable upgrades, there is a great community around the 3D printing and Creality world. Many Ender 3 mods work for the Ender 5 as well. There are a number of Ender 5 issues you'll see around the internet that have already been fixed by the time I got mine in Nov-2019. An early unboxing video pointed out some issues caused by backwards parts in preassembled sections, but my version has reversible parts so the issue can't happen. The extruder now has a small brass insert where the filament spool feeds in so it doesn't wear down. The firmware on mine has thermal runaway protection enabled. I tested mine with every method I could find, and it always shut down safely within 60 seconds. Research and test this on yours before you ever consider printing unattended! If you're considering the Ender 3 vs Ender 5, I would lean toward the 5. The box frame design seems much more stable, and the wobbly bed can easily be stabilized. It came with 200g of white filament, an extra nozzle, clips that slightly improved the Bowden tube stability, a micro-SD card and USB reader, a spatula to help remove prints, a nipper/flush cutter that is good for trimming tube, filament, and excess material on prints, and a small set of tools that are enough to assemble and adjust everything. Didn't include a mini-USB cable (old trapezoid, not the usual cell phone kind. You can print from SD without it but need it if you want to tinker with the firmware). If you're on the fence, get one! The correct number of 3D printers to own is always N+1.
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Reviewed in the United States on December 12, 2019 by John
Updated, back to 5 stars. Initially this thing was awesome. Then I discovered my bed was slightly warped after the initial test print. The seller responded almost immediately and made everything right with a replacement part. My prints are coming out near perfect now. One thing I would recommend that holds true to for the Ender 3 and the 5 as well - buy the glass bed for it. No more warping issues and the bottoms of your prints will be super smooth (assuming you don't print with a raft). Bump the temp up 5-10 degrees and wait a little longer after the preheat... Assembly took a little more than an hour and that was with me doing it casually and doing a few other things at the same time. Two of the four side bolts that hold the pre-assembled top on didn't want to go in straight. The top was assembled slightly out of square. Only had to slightly loosen one of the corner bolts and re-tighten it and it went together perfectly. It comes with a 200g (1/5th of a normal) roll of filament for a test print. Here's the deal. The test-dog.gcode file on the sd card must have been sliced at .00000000000001 mm and about 3x the original size. Yes, that's an exaggeration, it was done at .15mm and I don't know how many times the original size but the base is probably 5" wide. I don't know for sure because I can't measure it because it's not done. It's just now finishing the BASE after 7.5 hours. I'm not even 100% sure that there is going to be enough filament to finish the sample print as they sliced it. What has printed so far looks amazing. No issues out of the box. My bed is perfectly flat. The one ding I'd give them is that the manual is out of date for one section and that's when attaching the bed and the wiring. The one on the SD card is also out of date. This is apparently a slightly newer version of the printer as the bed no long attaches with just four screws. It now has two additional screws offset (and even two more unused holes if the plate on the printer frame was a little longer) for more support. This is not pictured in the manual and the screw counts are wrong. As for the wiring it's really easy as each wire has a little cuff that indicates what it's for. They are all color coded and different *except* for the two thermistors - they're both black/white wires with the same plug. However, they are labeled on the harness and it's easy to tell which is which so it's near impossible to get them backward unless you just aren't paying attention. There is a Ender 5 profile on the SD card for Cura if you you that. You can copy the json file into the cura definitions folder and it'll be there to select when you start cura. On windows that's in C:\Program Files\Ultimaker Cura 3.6\resources\definitions if you use the default location and version 3.6. I haven't done anything beyond that since I think this print won't finish until sometime in the year 2052. :) This is my first 3D printer and I love it so far. Update: There was a bit less than half the filament left after the test print from the SD card. That test-dog print took 11 hours 22 minutes. The manufacturer, in the future, might want to leave out the base which took almost seven and a half hours alone.
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Reviewed in the United States on January 11, 2019 by A. Barnes