5 Budget-Friendly 3D Printers with Multicolor Printing You Should Check Out

Multicolor 3D printing was once a high-end feature reserved for modified setups and expensive FDM printers. If creators wanted to create multi-color projects in a single printing session, it would typically involve an expensive printer and manual filament swaps throughout the project. But 3D printing has come a long way in a very short time, putting multifilament systems in consumer-friendly price ranges. Users can now visit the best free STL websites and choose almost any project they want.

Gone are the days of breaking the bank to create a multi-material setup that works well. Manufacturers now offer machines that come with plug-and-play multi-filament tool heads or are compatible with affordable multi-material add-ons. There are many choices from manufacturers up to the $500 price range. Some FDM printers support multi-material adhesion, so it’s no longer just a matter of printing different colors in a single print run.

Of course, there are even cheaper entry options available to consumers. But for those who want options down the line, getting a multi-material FDM printer is a wise investment. Here are five budget-friendly options that all deserve a place on a maker’s workstation while still leaving some budget for additional filament spools.

The Flashforge AD5X is a great starting point for beginners and creators looking for a reliable, low-maintenance multicolor experience, ready to go for $399 ($549 MSRP). This is an open frame CoreXY machine that offers exceptional ease of use and space efficiency. Because the filament spools are mounted directly on the side of the chassis rather than in a massive external housing, they have the smallest physical footprint in their class. From unboxing to printing takes less than 20 minutes, requiring no complex adjustments to achieve stunning prints. It has a maximum nozzle temperature of 280 degrees Fahrenheit, allowing it to smoothly handle common filaments like PLA and PETG.

However, this involves some compromises. This is arguably the noisiest 3D printer featured in this article due to a rigorous mechanical color bleed system. Additionally, the on-screen user interface functions like a first-generation monochrome display. This means that users can’t easily reassign their filament slots on the fly before initiating printing, slightly hampering its overall convenience. The open-air design of this printer also means that it will be more difficult to print with higher temperature filaments. However, a third-party enclosure can be purchased to control the internal temperatures of the nozzle and heated bed, giving the PETG and ABS a suitable ambient temperature to adhere and flow properly. These are small details considering what the manufacturers are getting for the price, but worth noting nonetheless.

Looking to make functional parts from advanced engineering filaments? The Elegoo Centauri Carbon 2 Combo is a solid budget option priced at $449 MSRP. We loved the original Centauri Carbon, it was on our list of the best cheap 3D printers you should buy, and Elegoo’s second move to closed FDM printing is another win.

It’s built with an enclosed solid metal frame and features a glass door as well as a heated bed that reaches 100 degrees Fahrenheit, all designed around a CoreXY system. Thanks to its steel nozzle hardened to 350 degrees Fahrenheit, it perfectly handles advanced and abrasive filaments like polycarbonate and PAHT-CF without warping. It features a built-in quad-color Canvas system that uses a powerful direct feed that smoothly handles flexible materials up to 95A TPU, and it runs entirely locally with no cloud access required.

On the downside, the side spool holders significantly expand the Centauri Carbon 2 Combo’s footprint and are prone to jamming or breaking when using larger third-party filament cardboard spools. The tool head clamps are also incredibly tight, meaning that clearing a rare extruder clog requires completely unscrewing the filament hub. The auto-load sequence also defaults to 250 degrees Fahrenheit, which must be manually overridden to completely purge any remaining high-temperature filaments. However, this won’t be a problem for common filaments like PLA and PETG, which require between 230 and 250 degrees Fahrenheit.

The Anycubic Kobra S1 is an affordable entry-level enclosed multicolor FDM 3D printer for makers who want to print basic PLA, ABS, and ASA parts without breaking the bank at $429. This enclosed CoreXY machine features a maximum nozzle temperature of 300 degrees Fahrenheit. To improve overall print quality and usability, it includes a highly secure build plate alignment system and an integrated carbon air filtration system designed to mitigate chemical vapors. It’s well priced and does everything it needs to for low temperature filaments.

Although the printer offers good value for money and is, above all, a great out-of-the-box 3D printing solution, it does have some drawbacks. Unpacking the machine is incredibly tedious due to dozens of misplaced shipping safety screws. Some reviewers report that it may also have build quality issues, particularly the lightweight plastic panels that make up the case.

Although the frame is metal, it lacks a metal casing found on other printers at this price, resulting in visible layer banding on smooth and curved surfaces. This can be avoided by reducing print speeds in the slicing software before printing, but this is not ideal for designers who want efficient print times. Users will also need to purchase a hardened steel nozzle to print with abrasive filaments like carbon fiber, glow-in-the-dark, or wood-filled composites, as the included hot end is made of brass.

For creators looking to tackle large-scale projects, the open-frame Anycubic Kobra 3 V2 Combo is optimized to deliver a smooth finish and flawless color transitions for $299 (MSRP $499). This bedlinger-style Cartesian printer features a maximum nozzle temperature of 300 degrees Fahrenheit. Its cost-effective Ace Pro AMS unit also handles third-party cardboard reels without jamming, which will also save manufacturers money in the long run.

This setup requires a large workbench thanks to the print bed that moves back and forth outside the frame, so make sure your space has enough room for the bed and AMS unit before considering purchasing this beast. Assembly also takes some time, with loose hardware ready to go, with the added pain of manually adjusting belt tensions. Unless creators enjoy a little tinkering on a new FDM 3D printer, this could be a sticking point for many.

It also has a habit of being useful for large, single projects, while displaying the Z-axis bands on multiple smaller models, limiting the plans decision makers have to mass produce their projects. So, before buying this affordable multicolor printer, it will be a good idea to buy with larger projects in mind rather than using it to batch print smaller projects over and over again.

The Creality High with CFS Printer is also a great option for maximizing build plate space, with its Bedslinger-style build area measuring 259 x 259 x 259mm. It features a maximum nozzle temperature of 300 degrees Fahrenheit, leaving the doors of possibilities open with a harder-to-print filament. Fans of the old Ender series will also feel right at home with this layout. It features an all-metal die-cast aluminum alloy body ideal for stability and vibration control. In fact, it used a special input shaping algorithm to generate opposing signals to cancel out vibrations and achieve smoother prints.

Despite its massive capacity, it is a polarizing printer for manufacturers that carries a high risk of out-of-the-box firmware bugs and shrink error codes. That being said, Creality still supports this model with firmware updates, with the latest release at the time of writing being mid-March 2026. The CFS hub is also attached to the printer chassis with an adhesive sticker instead of metal bolts, which is frankly confusing. Unlike most other 3D printers in this price range, this one will outright cancel a project if a piece of purged filament gets stuck in the chute.

We decided to evaluate the budget 3D printer landscape using metrics focused on usability, hardware capabilities, and setup complexity for under $500. These FDM printers were expected to enable at least bidirectional filament switching and make the process easier for consumers. We also looked at hands-on feedback from the manufacturing community as well as manufacturer data to uncover the real-world tradeoffs of each system. When choosing multicolor FDM printers, we didn’t just consider printing speed. Other factors include filament waste, the use of third-party filament spools, and the latter’s ability to handle abrasive engineering materials.