FLASHFORGE Adventurer 5M Pro 3D Printer, 600mm/s High-Speed, FDM 3D Printer Auto Leveling with 280°C Quick Detachable Nozzle, Core XY Structure, Dual Filtration System, Print Size 220x220x220mm
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Arrives
Sunday, Aug 24
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Color: Adventurer 5M Pro
Features
- High Performance Experience:Flashforge Adventurer 5M Pro 3D printer is designed for efficiency, boasting a maximum speed of 600mm/s and 20000mm/s2 Acceleration, which is 12x faster than most of fdm 3D printer on the market. Achieve impeccable print quality with a Core XY structure for intricate details without compromising on speed. Adventurer 5M Pros Printing noise < 50db, will provide a quiet working environment to users
- Experience Smart Convenience:No manual leveling, Adventurer 5M PRO 3D printer just need one-click printing, without complicated operation procedures. Filament runout sensor and filament tangle detection, ensuring each successful prints. Fully Enclosed 3D printer AD5MPRO equipped with a dual filtration system of internal and external, suitable for use in closed environments, effectively blocking 99% of particles and VOCs, thus protecting your respiratory system
- Get Great Model in Short Time:Max 280C Direct Extruder, 32mm3/s large flow hot end, heating to 200C just in 35s, to ensure that the consumables are fully melted during high-speed and high-temperature printing, built-in vibration compensation, eliminating ghosting in prints; this printer is equipped with a powerful nozzle fan and an auxiliary fan within the cavity to effectively cool printed models, preventing wire drawing and deformation with utmost efficiency
- More Function:1Remote Camera Monitoring - supports real-time monitoring and it adds convenience to your printing experience, offering seamless accessibility and control. 2Quick Detachable Nozzle - Various nozzle diameter (0.25/0.4/0.6/0.8mm) options suitable for both high-precision and high-efficiency mode. 3Automatic Shutdown after printing completed 4 Double-sided flexible PEI steel plate-easy to remove model. Multiple Plate Options: PEI/PC/PEI Coated 5 4.3-inch touchscreen interface for added convenience 6 Support PLA, ABS, PETG, ASA, TPU, PC, PLA-CF, and PETG-CF, etc
- Exceptional After-Sales Support:FLASHFORGE FDM 3d printers come with one-year warranty and lifetime technical support. If you have any question please free contact us, we will fast respond within 24 hours
Brand: FLASHFORGE
Material: PLA/ABS/PETG/ASA/TPU/PC/PLA-CF/PETG-CF
Color: Adventurer 5M Pro
Product Dimensions: 14.96"D x 15.74"W x 17.83"H
Item Weight: 14.6 Kilograms
Product Dimensions: 14.96 x 15.74 x 17.83 inches
Item Weight: 32.1 pounds
Item model number: AD5M PRO
Date First Available: December 8, 2023
Manufacturer: Zhejiang Flashforge 3D Technology Co., Ltd
Country of Origin: China
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Sunday, Aug 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
Color: Creator pro
Short Story: I purchased the FlashForge 3d Printer Creator Pro in mid December 2014 and started using it on December 25th. I have printed ABS things that came with it, an ABS bicycle I created with SketchUp, and a wrench using PLA glow-in-the dark filament. Everything works great. This is a fantastic machine and technology. And I had a couple of questions and the legendary Tang answered the first email within an hour on Christmas Eve and the second email within an hour on Christmas morning (Central Standard Time). Great product, great service and the concept of 3d printing is really cool. Long Story: I got interested in 3d printing about a year ago and began shopping and reading web sites. I noticed that the machines were getting less expensive and per the reviews, more reliable. In early December I decided it was time to buy one and I suggested to my wife that I was going to do this and ‘it could be my Christmas present’. She said that was fine, but I could not open it until Christmas day. That was not what I intended but it turned out to be a good thing. For the 3 weeks or so before Christmas I read everything I could find about how to set up and use this printer. The first thing I discovered is that there is a lot of software involved, and three ways to get objects to the printer. First, you can download files from the internet. Second you can create an object then print it, and third you can buy a scanner, scan an object, and then print it. And you can combine elements of all of those. You could download a file, merge that with something you scanned, and then import that file into a 3D modeling software like Google SketchUp and modify it. I’m a baby boomer and we all learned things by reading the manual. Kids today never bothered with manuals so when they started inventing all this stuff they don’t bother writing manuals. You have to figure everything out by reading Customer Reviews and researching on the internet. Scanning. I purchased a Matter and Form MFS1v1 3d scanner. I wrote a review about it, so won’t repeat that here. It works. Create a Model of your own design. You have to learn to use a software program to do this. I selected SketchUp because there are good reviews and it is free. But there are no manuals. You load it on your PC, then work through 4 training tutorials provided by Google, then you just have to do google searches to try to figure out everything else you need to know to create an object that you can print. Here is what I learned about SketchUp essential to 3D printing: 1. Build your object in a large size, then let the printing software (more on that later) reduce it in size. SketchUp was developed as a 3d tool for architecture and lacks the ability to make very tiny parts. But you can make a big part with high detail then reduce it. 2. Every time you create an object on SketchUp – you must select it then “make a group”. Then you right-click and look at ‘Entity Info’. If you see ‘volume’ you have created a solid that will print on a 3d printer. If you try to print something that is not a solid the print software will discover “manifold” problems, and the print won’t work. 3. After you create solids, you join them together using a tool called “outer shell”. This is the tool on SketchUp 2015. I think tools on earlier versions had other names. You get to this tool by: View, Toolbars, Solid Tools. A bunch of solid objects joined together with ‘Outer Shell’ result in a model that can be printed. 4. When you first download Sketchup you get the Pro version (for 30 days). With the pro version you get other Solid Tools and you can output ‘object’ files. I got so frustrated that I could not get objects to print properly (just using the print preparation software – see below) that I bought the Pro version. I now don’t think you need it. The free version will output STL files and the Print Prep software can use either an “STL” file or and “OBJ” file 5. When you are finished building your object – export it as on OBJ file or Export it as an STL file. To export as an STL file you have to add the STL functionality to your SketchUp program. Again, just Google: “Add STL to Sketchup” and you will discover how to do this Convert your File to a Print File: Next – you prepare your file to print. This is required regardless of whether you download a model from the internet of use a model you created from SketchUp. You must have software that is capable of creating a file in the format expected by your printer. The Print File provides all the info the printer requires heat the extruders, move the print bed, move the extruders, push out the plastic, and so on. The directions that come with this printer instruct the user how to download free software and install it – along with other programs and drivers and so on. I found this baffling and for $140 bought Simplify3D, which is an alternative to the free software. Simplify3D has about 9 tutorials that explain how to use it. Remember, I’m killing time until Christmas and working through these was very helpful. When you first launch Simplify3D you tell it the brand and model of your printer. Then, as you import the model you either created or downloaded, the software has preconfigured processes to facilitate printing. You can change all these but I found the defaults to work great. When you are ready to print the software shows you an extruder suspended in space above a print bed and it prints your model, on your computer screen. You can watch it and use the “repair” menu to find all the problems – before even using the actual printer. When you have the model printing correctly on your PC, you move the file to the actual printer. But this is the cool thing – if you are thinking about buying a 3D printer – get SketchUp and buy Simplify3d. Make some models; see how they print. You can learn an awful lot before making the leap to buy the printer. Now to the FlashForge It came, from Amazon, in two days. It was packed well and everything was in it. The instructions for assembly are clear – but I also found a video of how to assemble a slightly older version that was helpful. This version includes an acrylic cover and front door that help keep the temperature constant which is useful for ABS printing. The instructions that come with the printer provide a web site with a video that shows how to assemble the acrylic cover that goes on the top of the machine. Hint: Take all the protective paper off the acrylic, use some of the painters’ tape that comes with the printer to tape the acrylic pieces together, install the screws, and remove the tape. This is a lot easier than the process in the video. It took 20 minutes and a lot of patience to get the print bed level. I finally settled on this procedure – Launch the ‘Level Build Plate’ on the printer, push the extruder assembly until it is right above the leveling wing-nut closest to you. Adjust that wing-nut until paper just barely slides; move extruder until it is above the other wing nuts and do the same thing. You just push it with your hands. Keep moving the extruder and adjusting the wing nuts until paper just slides, anywhere on the bed. Printing was the easiest part. First, I printed the objects that are on the SD card that comes with the machine. These printed fine. I was a little impatient getting the first print off the print bed, which has a layer of Kapton tape. I used a sharp knife from the kitchen to pop the model loose and actually cut into the tape. So on every subsequent print there is a little flap of Kapton tape sticking up. Note, however that when you use the Printing Software (in my example Simplify3D), you can check a box for “Include Raft”. When you do this, the printer creates a lattice of plastic under your actual object. That lattice just peels right off when finished. And the lattice covers up the Kapton tape tear and minor imperfections in levelling. Then I moved to printing from my PC. I could not load the driver necessary to connect my PC directly to the printer – but just copied ready-to-print files from Simplify3D to the SDCH card that came with the printer. Then put the SDCH card in the printer and it works fine. ABS. First 10 prints were using the ABS filament that came with the printer. I had studied all the settings and variables available to control the print – but when it came time to do it I just told the Simplify3D software that I was using ABS and wanted a ‘raft’ and everything came out fine. NOTE regarding “Supports”. The reason I bought a two extruder printer was because I thought you needed a second extruder to generate ‘supports’ for parts with a big overhang, using one of those soluble plastics that can later be dissolved. It turns out that the Simplify3D software (and probably most others) can print ‘supports’ just using the same ABS spool as your model. Somehow the supports are printed so they don’t stick very much and they just break off. The only time you would really need soluble supports is if they had to be printed inside your model where you could not easily remove them. PLA. Same story (almost). I backed out the ABS filament and loaded some PLA (that actually glows in the dark!). Everything had been printing so smoothly on the Kapton tape that I just told Simplify3D I was using PLA – and printed! I did not bother to use the Painters’ Tape as instructed because that would require re-leveling the print bed. The PLA print on the Kapton tape worked fine for about 10 minutes then the entire RAFT pulled loose and got caught against the extruder and I was not watching closely and a LOT of PLA got gummed up on the end of the extruder. Cleaned it up, installed a couple strips of painters’ tape, re-leveled and it prints fine. LESSON: follow the instructions. This machine and all the software are really fun. About the equivalent to a two hour college course, I think. I highly recommend this machine and the company that backs it up. 11/5/2018 Update: I have had this machine for 4 years. I had to replace the print nozzles when they got too clogged, and I NEVER use the dual nozzle feature but this machine is a champ. 11/16/2023 Update: That machine finally wore out. I could have emailed the vendor and purchased parts but I like the printer so much I just bought a new one. And meanwhile about 4 years ago I bought another one for a different house. I’m convinced this printer is the best one available. Sketchup (mentioned above) is much better now and it works great for 3d parts. One more suggestion: Use klapton tape on the bed and clean it every time with acetone. Replace the tape when it wears (maybe every 10 prints or so) and after removing the worn out tape clean the bed with alcohol. Strength: I bought a boat in 2017 that has an 8’ x 8’ Bimini top (big heavy monster). I got 2 Linco lifters and created brackets with this printer (and ABS+ plastic, 10 layers) to print the brackets that connect the lifters to the boat and to the top. Total force on these plastic brackets is about 100 lbs! This thing has worked flawlessly (use it to get the boat under a bridge) for 7 years now. One bracket cracked so I just pushed the button on the printer and made another one.
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Reviewed in the United States on December 26, 2014 by Frank W. Frank W.
Color: Creator pro
This is an excellent printer, very happy with my purchase. - No printed manual is included. The manual is on the SD card, but the SD card is buried inside the printer (in the extruder head box). When you purchase the printer, Mr. Tang sends out an automated email, with the manual attached. I forgot/didn't see it in the email until too late. - The manual says that all the printers are shipped with the power supply set to 230 volts, and the manual says 3 times to "check" that the printer is set to the proper voltage. Shouldn't all printers sold through Amazon.com be set to 120 volts automatically? Anyhow, there is zero documentation on how to "check" the power supply's voltage. Consult the "unofficial" FlashForge Creator X manual. I stuck my phone's camera into the slot on the bottom to get a look at the switch position. I used a broken off toothpick to flick the switch. - During printer setup, you are to manually raise the platform, 2 methods are recommended. One is to turn the Z-axis shaft. If you turn it one way, the platform goes down, and I noted the the backlight on the front display lit up with no power having been applied! This means that turning the motor manually in this direction is generating electricity and pumping it through the electronics! I'd advised turning slowly to keep the voltage low. The other method is to grip the sides of the platform and pull up. I like this method, but do it slowly. All the manuals say "Stop once the platform is just shy of the bronze nozzle." There's no picture, and being new to 3d printing, I didn't know what bronze nozzle was being spoken of. Of course it's the 2 bronze nozzles in the extruder head that the plastic comes out of. - The 2 reels of included ABS plastic are stored under the platform. While they are securely held in place, they are not protected from the platform screws. Both bags enclosing the reels had holes in them. I'm under the impression that the reels are to be protected from humidity by placing them in an air tight bag with desiccant. - The fan noise is considerable, more than a Makerbot Replicator 2. Comments after 3 months of usage: - The filament tubes wouldn't readily fit into the extruder head's opening, I filed down the tube edge a bit to get it to fit. Only file down enough to get the tube to fit, it becomes looser during printer operation. The tubes sometimes work themselves out of the holes during printing, but it doesn't seem to affect the printing process. Perhaps doing a "preheat" (2nd option on the screen) on the printer for 20 minutes with the acrylic hood on would allow the tubes to be inserted without filing. - The holder for the tubes on the back of the printer positions the tubes too close to the back. Various people have made new holders on thingiverse, I'm going to give one of those a shot in the future. I've only had one print failure due to this so far... the filament uncoils off the reels, and wraps around the reel holder. If your print takes a long time, or uses enough filament, the filament eventually will tighten around the reel holder and won't feed into the extruder. - I've had a few of extruder head clogs, so far I've only had to preheat the extruder nozzles, and do a "load filament" again to get things flowing. Apparently if particulate causes the block, I'll have to heat the extruder head up and poke something less than 0.4 mm up the nozzle to dislodge the particulate. - Makerbot Desktop software (currently v3.6) works fine with this printer, the included ReplicatorG software should really only be used to upgrade the printer's firmware as development of ReplicatorG ceased in 2012. I haven't upgraded the firmware yet, no need to. In Makerbot Desktop, for a device select "Replicator (Dual)", it's a close match, but not an exact match, the build surface dimensions are a bit different. Simplify3D seems like the best alternative software, but there's no trial version, you have to pay to try it. - Apparently this printer contains a Mightyboard controller, and that it has issues, which can be corrected by someone with electronics background. Search for "mightyboard voltage regulator". I plan on opening my printer up in the near future to see if it has the Mightyboard in question. For now, the printer has worked fine. - The included reel holders work fine with Makerbot reels. Other filament brands have different size reel holes, be ready to print out your own reel holder(s). - Printing with PLA indoors is fine, ABS needs ventilation (open window). - The included build plate printing surface is great! The 2 extra sheets have "3M" written on the backing paper. I was going to use BuildTak, however, the 3M product may even be better. I was considering using blue painter's tape, glass, etc. but I don't see the need for those for ABS and PLA printing. To get a print off the surface, use a fully extended box cutter blade (the dollar store type with the long thin flexible blade), get it flat to the surface and gently work it under the print's corner to lift the print a bit, then use a paint scraper and go under that and lift the rest of the print off. For ABS, let the print cool off naturally (without a fan) for 10 minutes, it'll come off easier, maybe without the box cutter/scraper. - Getting the print to stick to the build plate surface is easy, the secret is to get the build plate surface to the right temperature. For PLA I heat it to 50C (I'm going to try 60C). For ABS I heat it to 125C, but this takes too long, 115C seems to work just as well, and takes less time. There is an option to adjust the extruder temperature during printing, but no option to adjust the build plate temperature during printing. - Dual printing works, but during printing the inactive nozzle leaks a bit of plastic, and if that nozzle crosses the print the leaking plastic comes off on the print. You can erect guard walls around your print to scrub off the the leaking plastic before it gets to your print, but there's still a bit of spillover. - Acrylic hood assembly - the nuts are inserted into the acrylic cutouts, not the screw heads. - Model creation software - Meshmixer, Sketchup, and Autodesk 123D are all free GUI software to let you design your own objects. Youtube has educational videos. Openscad lets you create a model using a simple (ish) programming language, great for creating parts with exact dimensions. STL is a common file format for 3D models. Meshmixer "supports" are better than Makerbot Desktop IMHO, and you can add your own, or augment what's there, by clicking and dragging (search for it on youtube). Sketchup version 7.0 allows .DXF import, newer versions require upgrading to the paid version. I use version 7 for import, save it to .skp, then use the latest free Sketchup version. STL export from Sketchup needs the STL export plugin, which is free. Sketchup STL export tends to create "non-manifold" models, meaning there's holes in it. Meshmixer does a fairly good job of finding these and cleaning them up. Example Makerbot Desktop print settings (each plastic needs it's own fine tuning, search for "filament temperature guide"): Flashforge ABS - No raft, Infill: 15%, Number of shells: 3, Layer height: 0.2mm, Extruder temp. 240C, Build Plate Temp. 115C, Speed while extruding: 85 mm/s, Speed while travelling: 110 mm/s. Notes: When working with plastic with some translucency, "Number of shells" set to 3 hides the internal infill pattern. To make strong parts change the infill to 100% and Number of shells to 1. ABS layer height of 0.1 mm probably requires a raft for first layer adhesion. A layer height of 0.3 mm prints slightly faster and provides pretty good results. Fine/delicate parts probably requires a raft. When I get hot spots (deformed plastic) during the print (eg. printing a fine point like the top of a cone), I add a second (sacrificial) object to the print, like a plain cylinder beside the object to be printed, it takes the print nozzles away from the print for a moment, enough to let the print cool a bit to prevent deformation. If you place the cylinder to the left of the your object, the cylinder starts to get printed first, any first layer priming or adhesion issues will affect the cylinder first, and may go away by the time it gets to your object's first layer. Makerbot PLA - No raft, Infill: 15%, Number of shells: 3, Layer height: 0.2mm, Extruder temp. 215C, Build Plate Temp. 60C, Speed while extruding: 65 mm/s, Speed while travelling: 95 mm/s.
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Reviewed in the United States on June 9, 2015 by zigmeister