Robo 3d R1 Plus Printer 2019-2020
The Robo 3D R1 Plus Printer 2019-2020 is a very good printer and exceptionally good value. The printer comes fully assembled and requires minimal effort to become operational. It can print using PLA and ABS materials, as well as specialty materials. The all-metal-hot-end allows this printer to print with a wide variety of materials. The Robo 3D R1 prints at a resolution of 0.10mm. The Robo 3D R1 is capable of creating all kinds of objects of different shapes and sizes. With a maximum build volume of 10 x 9 x 8 inches, this printer can produce fairly large scale objects. 3D printers of equal size and ability can cost more than three times as much as the Robo 3D R1. The price discrepancy is undeniable and makes the decision easy for consumers purchasing their first 3D printer.
LOWEST PRICE : $616
The Robo 3D R1 Plus Printer -2019
LOWEST PRICE : $616 FROM AMAZONBUY NOW FROM AMAZON.COM
LOWEST PRICE : $616 FROM AMAZON
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About Robo3D and Partners
The Robo 3D team is located in San Diego, CA. The Robo3D company partners with MatterHackers to help sell and market their machine. MatterHackers also has custom software called MatterControl that comes with the Robo 3D R1 at initial purchase. This software ensures proper builds and performs slicing duties. Robo3D started as a Kickstarter project. The company received an unprecedented amount of initial orders. Now the company is more established and able to process traditional orders. They continue to make improvements to their technology. Robo 3D offers a 6 month warranty that covers all replacement parts. Customers who order through MatterHackers receive their technical support along with Robo 3D’s warranty. MatterHackers has all the different filament materials for Robo 3D R1 users to replenish.
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- Bottom Line
The reasonably priced Robo 3D R1 +Plus 3D doesn’t boast the best print quality we’ve seen, but it offers versatile software and a large print area, and it can print with multiple filament types.
It is easy enough to set up the R1 +Plus. After unboxing the printer and removing the packing material from around the print bed and extruder, you check a setting on the back of the printer to make sure it is set for the correct voltage (115 for the United States). You then install the printer’s software—either from an included SD card or by downloading it from the Robo 3D site—on your computer, plug in the printer and turn it on, and connect the included USB cable to your printer and computer. Then you open up the software, and connect and name the printer. (“Robby” seemed a fitting name for our test unit.)
Once you have slid, and then snapped, the spool holder into place in back of the R1 +Plus, you take the included 300-gram spool of filament and place it on the spool. A video on the Robo 3D site shows how to snake the filament to the extruder; it goes through the top of the printer and—once you pull back a latch—into the hole in top extruder assembly, where it’s grasped by a gear and pulled into the heating chamber. The trickiest part of setup for me was inserting the filament end into the extruder assembly, probably in part because the top of the printer was in the way. It wasn’t until afterward that I realized I could simply slide the build plate forward for easier access to the extruder assembly.
One nice feature of the R1 +Plus is that it doesn’t use proprietary filament cartridges and is compatible with other types of 1.75mm filament in addition to the standard acrylonitrile butadiene styrene (ABS) and polylactic acid (PLA). Robo 3D sells 2.2-pound spools of PLA from between $35 and $49.99, depending on color, and ABS spools for $35 to $40. Both are competitively priced. Two of Robo 3D’s PLA filaments, each $49.99 per spool, are exotic composites: Wood PLA, infused with sawdust, and Carbon Fiber PLA, containing 15 percent carbon fiber. As you can set the extruder and print bed temperatures to values of your choosing (the all-metal extruder can be heated to 290° C), you can also use other nonstandard filament types such as high-impact polystyrene (HIPS) and nylon.
The printer uses MatterControl, an open-source program developed by the MatterHackers community. It is versatile, easy for newbies to get printing in a hurry, while allowing 3D printing buffs to, for example, choose between three different slicing programs (Slic3r, CuraEngine, and MatterSlice) and adjust their slice settings, create temperature profiles for use with nonstandard filament types, or move the extruder along the X, Y, or Z axis.
From the upper-left corner of the main screen, you can connect a printer, and start or pause a print job. To print, you can either select an object from your Library (which comes with 20 preloaded 3D files, and to which you can add your own favorites) or choose a 3D object file to add. Once the object is added, a 3D representation of it appears on the virtual print bed. You can tweak settings such as print quality, type of plastic, and the presence of supports or a raft. When you’re ready to print, just click the Print button, and when the extruder and print bed are heated to the proper temperature, printing will commence.
I printed more than half a dozen objects with the R1 +Plus, one at the high quality setting (100 microns), the others at medium quality (200 microns). The first two objects I tried to print pulled off the print bed early in the print. I had no more problems with adhesion once I started applying a thin coat of glue to the print bed with the included glue stick. If anything, objects stuck too well and were hard to remove from the print bed, requiring me to grab the object between thumb and forefinger and sharply twist multiple times, and/or try to slide a metal scraper between the base of the object and the print bed. All the objects came off eventually, though some took considerable effort.
By default, the R1 +Plus is set to print with supports, vertical plastic pillars that should be removed after the print is completed, to ensure that areas with overhangs don’t sag. Although supports can be useful, they can also leave a mark on the printed object when you remove them, so I eventually turned them off. I also enabled printing with a raft, a flat bed of plastic underneath the object. This can both aid in ensuring that delicate parts at the object’s base don’t break—such as a frog’s feet in one print—and make it easier to remove the printed object from the build platform without damaging the print.
Although I had no misprints once I employed the glue stick, print quality was mediocre at best. Prints looked a bit rough-hewn. Print quality of a test object consisting of various geometric shapes and raised text arranged on a near-vertical plane was below par, with some objects looking rough or slightly misshapen. We perform most of our quality testing at default resolution (which for the majority of printers we’ve tested is 200 microns), but I also printed the same aforementioned geometric test object using the high-quality setting. The print quality at 100 microns was somewhat better, but that print took about twice as long as those printed at 200-micron resolution.
That said, the R1 +Plus gets points for ease of operation, and it didn’t skip any layers. Overall operation was a little smoother than with the budget-priced Flashforge Finder 3D PrinterBest Price at Amazon—with which I also had problems with objects pulling off the print bed before the company’s customer service recommended I coat the bed with a glue stick—but the R1 +Plus’s print quality fell well short of the Flashforge Finder’s. For a bit more money, the LulzBot Mini 3D Printer\n” data-commerce-image=”https://images-na.ssl-images-amazon.com/images/I/41wU%2Br30b1L._SL75_.jpg” data-commerce-smallimage=”https://images-na.ssl-images-amazon.com/images/I/41wU%2Br30b1L._SL75_.jpg” data-commerce-largeimage=”https://images-na.ssl-images-amazon.com/images/I/41wU%2Br30b1L.jpg” data-commerce-mpn=”KT-PR0035NA” data-commerce-upc=”817752016094″ data-commerce-ean=”0817752016094″ data-commerce-providerid=”14″ data-commerce-canonicalvendor=”Amazon” data-commerce-priceoverride=”” data-commerce-ctatext=”” data-commerce-vendoroverride=”” data-commerce-cached=”n” data-commerce-productid=”B00S54E1AI” data-zdcserendered=”true”>$999.00 at Amazon, our Editors’ Choice midrange 3D printer, offers somewhat better print quality, is a cinch to set up and use, and also supports a variety of filament types.
Noise and Safety
Although not as quiet as the M3D Micro 3D Printer\n” data-commerce-image=”https://images-na.ssl-images-amazon.com/images/I/41mc4PIOj9L._SL75_.jpg” data-commerce-smallimage=”https://images-na.ssl-images-amazon.com/images/I/41mc4PIOj9L._SL75_.jpg” data-commerce-largeimage=”https://images-na.ssl-images-amazon.com/images/I/41mc4PIOj9L.jpg” data-commerce-mpn=”851492006021″ data-commerce-upc=”851492006021″ data-commerce-ean=”0851492006021″ data-commerce-providerid=”14″ data-commerce-canonicalvendor=”Amazon” data-commerce-priceoverride=”” data-commerce-ctatext=”” data-commerce-vendoroverride=”” data-commerce-cached=”n” data-commerce-productid=”B017MRFFZI” data-zdcserendered=”true”>$315.00 at Amazon, which was barely audible when printing in our tests, the R1 +Plus makes little enough noise that it’s not likely to instigate any noise complaints, even from people seated close to it. The printer’s open frame makes its hot extruder a potential burn hazard, and the extruder head is relatively unshielded compared with some open-frame printers like the MakerBot Replicator Desktop 3D Printer$1,573.89 at Amazon.
The Robo 3D R1 +Plus offers a good mix of a spacious print area, consistent operation, versatile software, a self-leveling print bed, and the ability to work with nonstandard filament types in addition to ABS and PLA. Although its print quality wasn’t top-notch in testing, the R1 +Plus is still a good buy as a moderately priced consumer 3D printer, if reliability and versatility are paramount.