R QIDI TECHNOLOGY X-MAXⅡ 3D Printers,New Upgrade,Intelligent Industrial Grade 3D Printer,5 Inch Touchscreen,High Precision Printing with ABS,PLA,TPU,Flexible Filament, Print Size 11.8''x9.8''x11.8''
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Size: MAX2
Features
- Newly Update 2 Sets of Extrusion SystemsThe two sets of extruders of X-MaxII are upgraded to double-gear extruders, with higher printing accuracy, better heat dissipation and less clogging.Extruder A: It is suitable for printing filaments such as PLA,ABS,PETG,TPU,etc, the maximum temp is 250C. Extruder B is a high-temp extruder. Its nozzle is made of hardened steel material with good wear resistance, heat resistance and corrosion resistance, which can reduce the wear and tear on the inside and outside of the nozzle when printing for a long time.Can print with PC, nylon and carbon fiber,the maximum temp is 300C.
- Filament Runout Detection& Resume Printing X-MAX II equipped with a filament runout sensor, it can monitor the supply of filament.If your printer runs out of filament or breaks during printing, the sensor will alert you.If a power outage occurs during the printing process, the printer will automatically save the breakpoint.
- High Precision and High Stability X Max II innovatively adopts higher-cost industrial-grade dual Z-axis support and works in conjunction with two axes motors. Large-size 3D printers are more stable when printing larger models without jitter. Especially when the model is printed continuously for more than 24 hours, the accuracy remains stable. It is very suitable for engineering and mass production of professional quality printing.The large print size is 300x250x300mm.
- Industrial Quality X-Max II 3d printers shell is made of high-quality engineering plastics, which is beautiful and safe. X Max II uses high-standard accessories, motors, motherboards, bearings, etc. It has reliable quality and long service life that you can trust to support you throughout your 3d printing journey.
- About R QIDI TECHNOLOGY X-MAX IIX-MAX II provide free one-year warranty, lifetime technical assistance.Professional after-sale service team will help customers solve the problem within 12 hours.
Brand: R QIDI TECHNOLOGY
Material: Pla,Steel
Color: Black
Product Dimensions: 9.8"D x 11.8"W x 11.8"H
Item Weight: 28 Kilograms
Product Dimensions: 11.81 x 11.81 x 9.84 inches
Item Weight: 61.6 pounds
Item model number: QDMAX201905
Is Discontinued By Manufacturer: No
Date First Available: October 11, 2018
Manufacturer: RUIAN QIDI TECHNOLOGY CO.,LTD
Frequently asked questions
The QIDI TECHNOLOGY X-MAXⅡ 3D Printer is versatile in its material compatibility, allowing for high precision printing with various filaments including ABS, PLA, TPU, and other flexible filaments.
The maximum print size of the QIDI TECHNOLOGY X-MAXⅡ is 11.8 inches by 9.8 inches by 11.8 inches, providing ample space for large 3D printing projects.
Yes, the QIDI TECHNOLOGY X-MAXⅡ 3D Printer features a 5-inch touchscreen interface, making it user-friendly and intuitive to control your 3D printing projects.
Yes, the QIDI TECHNOLOGY X-MAXⅡ 3D Printer is an intelligent industrial-grade 3D printer, designed to meet the demands of professional and industrial applications with its high precision printing capabilities and robust build quality.
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🚀 Abunda's Overview
This is our summary and key points to consider based on customer reviews.
The X-Max 3D printer, manufactured by Qidi, has received numerous praises from customers for its vast capabilities, excellent quality and impressive build volume. Many users appreciated its ability to successfully print with different materials- including PLA, PETG, ABS, and polycarbonate, among others. The printer is well-built, featuring a solid enclosure, magnetic build plate with two types of surfaces, and a highly accurate Z-axis. Its software, Qidi Print, is easy to use and includes a useful preview window of the object being printed.
Pros
- 🌟 Exceptional ability to print in various materials including high-temp materials
- 🌠 Comes with two build plates and different hot-end assembly options
- 💠 Solid, high-quality build and large volume
- 🌈 Easy-to-use software that includes a preview function
- ☁️ Effective WiFi printing with Qidi's own software
Cons
- 💔 Transferring files via thumb drive for non-Qidi slicers can be inconvenient
- 🌧 Some users may find the touchscreen interface not up to the mark
Should I Buy It?
Definitely, the X-Max 3D printer from Qidi would be an excellent investment for both beginners and experienced operators. Its flexibility in handling numerous types of materials, laudable build volume, and user-friendly software make it a worthwhile product. The minor issues such as the need for thumb drive file transfer when not using Qidi slicers are outweighed by its overall versatility, quality, and performance. Additionally, the customer support from the manufacturer is noted to be exceptional which is a significant advantage.
Size: MAX2
This is a fantastic machine backed by unbelievable customer service that continues to get better! We have used this machine 20+ hours a day for over a month. The machine came packaged very well in a thick box with plenty of closed cell foam protecting it. It came with a nice array of tools in a tool box, 2 spring steel flexible build plates and a full spool of red PLA. The included Toshiba USB thumb drive is a nice name brand drive and includes the best set of documentation and software I have ever seen with a 3D printer. It includes WiFi setup instructions, Qidi print slicer software and even a Simplify 3d Profile that they created. The Qidi print software has undergone several iterations since I first received the machine and it works very well. It is based off a CURA and allows for WiFi printing to the machine. When using Qidi print a preview of the object being printed is displayed on the printers display. It produces good results and the included profiles are very good. When using the software I found it was missing the Z offset feature found on Simplify3D. Since it has 2 build plates and they are slightly different in thickness I wanted to be able to create a profile with the correct offset for each plate. I sent an email to Qidi and less than 3 days later they updated the software and added the feature! I was amazed that a company cared that much to devote the time necessary to fix my issue. As time has gone by this was just the beginning of Qidi going out of their way to provide amazing service. So the slicer is good, what about the machine? The machine is heavy and fully enclosed. This printer is a 24V direct drive system running a 32 bit control board with onboard memory for WiFi printing, a full color touch screen and active chamber cooling. What originally caught my eye was the direct drive, H Bot configuration, enclosure and build volume. Unlike the common Cartesian machines the build platform does not swing back and forth in the Y plane but stays stationary. This allows for much better accuracy, less ringing, less noise and lower likelihood of tall prints being knocked over. The removable build plates are very high quality with a buildtak like surface on one side and smooth steel on the other. But, unlike any other machines I have used the second side of the plate can be used as another print surface for high temp materials! You simply apply some PVA glue (which is included) and your all set to print ABS or other materials that you want either a smooth bottom or even Nylons which I will get into later. I was skeptical that putting the print surface down on the heated bed would cause it to bubble and peel but many 15+ hour prints at bed temps of 100C and everything is still like new. The print quality of this machine really is spectacular. In the first 2 pictures you can see the printer torture test and a Marvin. The torture test came out fantastic even the 80 deg overhang! The Marvin is perfect. Both of these show how controlled the machine is and how well the part cooling system works. When using Qidi print you have control over both the part cooling fan and the 2 fans on the enclosure. This allows for huge amounts of part cooling but also where I ran into another issue. The part cooling fan and the chamber fans are controlled by the same header on the board. So if you wanted 25% part cooling you were also forced to take in 25% outside air which was an issue when printing PETG. I contacted Qidi about this and they have since changed the firmware and released a procedure to change which header the chamber fans plug into so now they are independent of one another. I have worked with Stratasys for over a decade and have never had them modify their machines based on my recommendations, I was very surprised to see them accommodate a request like this. This is where things started to get very interesting. Like most machines this has a PTFE lined hot end. Which is great for PLA, PETG, ABS and most other filaments but it is temperature limited to 250C. I contacted Qidi and asked if there was an all metal hotend available to which I was told they would look into it. 3 weeks later I was contacted and told not only did they have an all metal hot end but they created an entire assembly and new firmware that increases the max temp to 300C! I uploaded a picture of the all metal hot end with the original PTFE assembly on its left. It came fully assembled with an E3D hardened steel nozzle! It was a simple swap that required removing 3 screws and follow the quick bed leveling procedure. After that it was game on as all materials are now printable on this machine! Now they were clear that the all metal hot end is only for high temp materials as there was no part cooling fan on it but I wanted to put it through its paces. As any experienced operator knows the all metal hot ends have a hit or miss history of jamming up when printing PLA, PETG and ABS. This mainly comes down to the machining accuracy. I swapped over the part cooling fan from the original hot end and started testing. The next picture shows the bow of 2 benchy's. The left benchy was printed with the original PTFE hot end and the right one with the all metal. Same spool of PLA and the differences are minuscule. The surface is slightly less smooth but that is due to the hardened steel nozzle used. I upped the print temp 8 degrees and everything smoothed out. The next picture shows a chip clip printed in Filamentum Black ASA right into the back of build platform coated in PVA. 0 warp and amazingly clean. As good as the original hot end is with PLA this is just as good with high temp materials. After that success I really wanted to push this machine. In the past I had tried many times to print Polycarbonate on our Raise3D N2 Plus but always has jams. I loaded the filament and ran the heated bed for 15 minutes to heat the chamber. The resulting print is the picture of the 2 bears which left me speechless. A machine that we spent over 4k for couldn't print this material but this X-Max could, I had to look deeper. Upon a closer inspection I noticed that the all metal hotend assembly was not simply just a hotend swap but also a much stronger stepper motor attached to the extruder. So they engineered a high temp, wear resistant hotend assembly with a stronger extruder. Qidi is a Chinese company and I can only assume that some of these details are lost in translation but it showed to me that they know what they are doing and genuinely want to produce quality products. As a final test I wanted to print the most abrasive and hardest material I have used, Nylon X. Nylon X is very hard on any surface it touches especially nozzles. I have seen a brass .4 nozzle blown out after just 250 grams of this stuff. I loaded up a quick vase print. The resulting print was good but could have been better, you can see a de-lamination halfway down the print. I dried the filament for 5 hours before printing but it still had some moisture in it. I dried the filament overnight and gave it another go. Temps were 75 bed, 287 nozzle at a speed of 40mm/s and the vase came out perfect and is watertight. Since I had the material in there I printed out a 25mm cal cube to check accuracy, dead on! The only thing better than this machine is the Customer Service. We purchased this machine knowing it would be a good machine for PLA and ABS but it has been transformed into the best machine on the market for the money hands down. Where else can you get this build volume with material handling up to 300C for this price? I hope more companies listen to their customers like you have. In a market full of copycat printers this is truly a standout. Way to go Qidi!
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Reviewed in the United States on January 6, 2019 by Mike Mike
Size: MAX3
I bought this on a whim, a friend said he wanted this printer and it sat open in a tab on my computer for a few months before I decided to go for it. I've wanted one of these for years but wanted to wait for a while for the tech/hardware to get better. I didn't want to get something cheap and disposable and from what research I did this seemed like a great deal for the price. If you do get into this hobby, familiarize yourself with SSH clients and commands because you will be connecting to the printer for either maintenance or installing new software to use. It had been about a decade since I've done any coding so it took me a while to catch up and remember commands for SSH navigation. Luckily g.code and config files are pretty straightforward and the macros and commands aren't too hard to figure out if you have any familiarity with coding logic. The company is great and actually cares about their customers, their feedback, and experience. My first time contacting them was the night before my wife went into labor with our first child and I was running on about 3 hours of sleep over a 48h period and I was NOT very nice in my first communications. Annie took it in stride and is still emailing me to check in and answer questions I have as I move on to more difficult materials and more complex software questions. I've had parts break and they have sent me completely free replacements which has been very helpful as I am still new to this and am trying to learn as I go. And with a 1 month old at home money is definitely tighter than it was. I use QIDI filaments and they work great. I've used a few other brands but had issues with quality/adhesion so I stick to their filaments since they make the printer. I got the package and within an hour I was printing PLA items while I went back to work to finish the day. Their included slicer is a great beginner tool and I still use it from time to time but have been experimenting with OrcaSlicer for calibration tests that auto generate, additional settings to tinker with, and being able to slice and directly send my print via WiFi. They are constantly updating their slicer/firmware using customer feedback so I don't seem them lagging too far behind as they grow. I had the printer inside and it was honestly great since I live in a cold, humid area but since I started printing volatile materials such as ABS, ASA, and PETG I moved it to the detached garage. Not the worst thing since all of my tools are in there and they appreciate the heat and the printer helps drive out humidity. The dry box on the printer is a great idea and I've ordered more silica packets since the garage usually sits between 45-65% humidity regardless of the time of year. I typically print one spool at a time since an open roll of filament would probably be ruined if I left it outside the dry box, but I have had a few rolls of PLA I stored in a heated/controlled cabinet (~35% humidity) and when I wanted to use it again I didn't see any issues. The placement of the dry box is a problem for some but I have 360 degree access to the printer in the garage so that hasn't been an issue, although side mounts exist for the box if you wish to move it. Print quality is superb. Some materials will be touchy (ASA has been functional but not perfect for me, which is fine since I'm replacing outdoor fixtures for plumbing/ducting) but once you calibrate your filament, keep up on maintenance, and keep an eye on your first few layers you will find there are thousands of settings and variables you can change to adjust the print quality. I've been printing anything from statues/models to pots, functional items for outdoors, dryer ducting, and parts to enhance my existing tools like my dremel and reloader. The library of models available is huge now which is great, but I have recently been trying to model my own items since I have a CAD license for work and there are just some items you can't find. The volume of the printer sold me and has been great for printing pots for our large garden, or just large items in general. Gluing parts together isn't the worst thing but if I can print something large as a single item it's much less of a headache. Multi-material or color feeds would be great but I don't care much as if I want something cosmetic I will spraypaint or paint with acrylics. Any problems I've had will be found in any printer and I don't blame the hardware for issues. I'm not an expert and can't speak much on the software but I know they use a hard forked custom version of klipper/moonraker. I'm assuming their PCB's are programmed around that and updating might be very labor intense. If you want to you can erase their firmware and use custom firmware on the machine but I don't see any reason to. Also NEVER update klipper or moonraker in the fluidd interface. As I said they have a custom version and you cannot undo an update. I tried for days but eventually support helped me find a new eMMC with the correct firmware installed and a tool for connecting it to your computer for backup/reflashing if anything goes wrong again. Overall, great support, great features, not too hard to learn for someone with 0 experience in this hobby and the issues can usually be fixed. The possibilities are endless and the capability of this printer in particular is great. I plan to use it to print automotive parts, UV and weather resistant items, and many other advanced materials since it has a high heat build plate and a heated enclosed chamber. I wish they would gain a bigger following and be able to grow since I can tell the company wants to succeed and are very responsive to customer feedback. I look forward to continue using the printer and contributing to the knowledge base to help the company grow and improve.
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Reviewed in the United States on May 19, 2024 by Fern Fern