7 Best 3d Printer Under $500 In 2023

Buying guides for the best 3d printer under $500

Are you looking to get the best bang for your buck when it comes to 3d printing? It can be tricky to find a quality 3d printer that is affordable and has all the features you’re after. But no need to worry, we’re here with a comprehensive guide on the best 3d printers under $500, so you don’t have to compromise performance or features when making an investment in yours.

best 3d printer under $500
Modern 3d printer with architectural model

From print speed and resolution, all the way down to ease of use and reliability – just sit back as our experts break down exactly what sets each entry apart from its competitors.

Top 7 best 3d printers under $500 AI score

*Note: Score is based on our AI score (Editor’s choice and rating)

What is a 3d printer?

A 3D printer is a type of device that uses additive manufacturing techniques to create three-dimensional objects from a digital file. It works by layering successive layers of material in combination with heat, light, and chemical reactions to produce an object with desired shape and size. The materials used for the process can range from plastic or metal filaments to composite materials such as ceramics or glass.

3D printing has opened up a world of possibilities in product design, allowing for innovative and intricate shapes to be created quickly and cost effectively.

Benefits of 3d printer under $500

  1. Cost-effectiveness: 3D printers under 500 dollars are a great way to get started with 3D printing without breaking the bank. They offer great value for money and enable you to create amazing projects at an affordable price.
  2. Quality of printing: Even though they are cheaper than higher end models, the quality of prints is still quite good. Many 3D printers have heated beds that allow for more precise prints, as well as advanced software features like slicing, which helps to reduce time spent on prints while still producing high-quality results.
  3. Easy setup and use: Most budget 3d printers come preassembled and ready to go, making it easy to get up and running quickly without any hassle. They are also usually easy to use and come with user-friendly software, making them suitable for beginners and experienced users alike.
  4. Variety of materials: Many 3D printers under 500 dollars can work with a wide range of materials such as PLA, ABS, nylon, and more. This means that you’ll be able to explore different materials when designing your prints and create some truly unique projects with ease.
  5. Open source: Most 3D printers under 500 dollars use open source designs and software, which makes it easier for users to customize the printer or access additional features not included in the original package. This allows for more creative freedom when printing and is great for tinkerers who like to experiment.

The pros and cons of 3d printers under $500


  • Cost: 3D printers under $500 are much more affordable than industrial-grade 3D printers and can provide a great entry point into the world of 3D printing.
  • Variety: There are many different types of 3D printers available in this price range, from filament based to resin models, giving buyers plenty of options.
  • Print Quality: Even though these machines don’t offer the same level of precision as higher end models, they still produce very good quality prints for their price range.


  • Limited Printing Volume: These budget machines tend to have smaller build areas compared to more expensive models, which limits what you can print with them.
  • Limited Resolution: Many of these printers have limited resolution settings, which affects the overall quality of what you can print.
  • Limited Materials: Some 3D printers under $500 don’t work with all types of materials, so if you want to use a particular type of filament then it may not be supported by your printer.

Types of 3d printer

SLA: SLA 3D printing offers a revolutionary approach to creating high-specification, complex designs. Instead of melting filament as FDM printers do, SLA uses an ultraviolet light source and liquid resin material – allowing for thin layers with intricate details. Though the result is fragile due to its brittle consistency, there’s usually an abundance of a mess afterward from leftover materials utilized in the process.

FDM: FDM, or Fused Deposition Modeling, is a powerhouse among desktop 3D printers. Utilizing spools of filament – often plastic – the printer melts and deposits this material onto the print bed in layers which are fused together as they cool. This type of printer offers an efficient yet cost-effective solution for printing projects; however, due to components such as extruders requiring regular cleaning and maintenance knowledge may be necessary from time to time if clogs occur when using specialty filaments.

SLS: Laser Sintering (SLS) is a powerful and precise 3D printing technology that uses powder-based material instead of filament. Unfortunately, it’s not always accessible to the everyday consumer due to its higher price point; as such, you won’t find many home users taking advantage of this highly accurate method for creating complex models.

How to use a 3D printer?

  1. Gather the materials that you need – Before using a 3D printer, make sure you have all the parts and supplies to get started. This includes filament, a spool holder for holding your filament, and some other tools such as tweezers or pliers. Depending on what type of 3D printer you are using, additional items may be required.
  2. Load the filament into the printer – Begin by loading the filament into your 3D printer’s spool holder. Make sure it is securely in place before continuing with the setup process. Refer to your product manual if you are unsure how to properly load the filament.
  3. Level the build plate – Once your filament is loaded, it’s time to level the build plate. This will help ensure that your prints stick properly and provide a good surface for the print head to move around on. Refer to your product manual for instructions on how to do this with your specific printer model.
  4. Configure the software – After you have leveled the build plate, it’s time to configure your 3D printer’s slicing software. This software will determine how quickly and accurately your printer moves while printing. For best results, make sure that all of your settings are set correctly before you begin printing.
  5. Start Printing! – Now that everything is set up, it’s time to start printing! Load up a model file or STL file into the slicing software and let it do its work. Make sure to keep an eye on your prints as they progress, and adjust settings if necessary. Once you’ve finished a successful print, you can move on to more complicated models!
  6. Troubleshooting – If your 3D printer runs into any problems while printing, make sure to check out our troubleshooting guide for help. It contains detailed instructions on how to fix common issues that may arise during printing.
  7. Cleanup – Last but not least, make sure to properly clean up after each print session. This includes removing excess filament from the nozzle and wiping away any residue from the build plate. Proper maintenance will ensure your 3D printer works for years to come.

Common mistakes when using 3d printers under $500

3D printing is a fast and effective way to create unique, customized products, but it’s not always easy to get started with a 3D printer. Here are some mistakes you should avoid when making your first foray into the world of 3D printing:

  1. Don’t underestimate how much time it will take you to learn how to use your 3D printer effectively. This isn’t something you can just whip out at the last minute and expect great results. It takes time, practice and patience to learn how these machines work and what they’re capable of doing for you.
  2. Don’t try to run before you walk—or in this case, don’t try to print before you’ve learned about all of the different types of materials that can be used in 3D printing and what each one does best! Be sure that you understand all of the options available to you before committing any serious money or time to an investment like this one because once it’s done, there’s no going back!
  3. Don’t expect perfection right away! As with any new skill set or toolset introduced into your life, there will be an adjustment period where things don’t go exactly as planned—and that’s okay! Just keep trying until things start falling into place, and be patient with yourself as you learn the ins and outs of 3D printing.
  4. Don’t forget to research the different types of 3D printers available for under $500 before making your purchase. Depending on what you plan on using it for, there are a variety of models that may better suit your needs—and you want to make sure that you get the right one!
  5. Don’t underestimate how important maintenance is when it comes to keeping your 3D printer running smoothly and efficiently. Make sure to read up on the regular maintenance procedures associated with the model that you choose and follow them religiously in order to keep things running as they should! Doing so will save you time, money, and frustration in the long run.

Factors to consider before buying 3d printers under $500

Print Quality: This is an important factor when it comes to buying a 3D printer under 500 dollars. The print quality should be good enough for your projects and needs. Look for printers that have good resolutions and can produce high-quality prints in different materials.

Build Volume: If you are looking for a 3D printer under 500 dollars, then it should come with a decent build volume or printing area size so that you can create multiple projects at once without any problems.

Printer Material Compatibility: Make sure the 3D printer you buy will be able to work with all of the materials you plan on using with it such as ABS, PLA, wood filaments, metal filament, etc.

Ease of Use: 3D printing can be tricky for a beginner so it is important that the printer you choose is easy to set up and use. Look for one with an intuitive user interface and clear instructions on how to assemble and operate it.

Price: Obviously, price should also be taken into consideration as this will determine what kind of features you get in your 3D printer. A good 3D printer under 500 dollars should offer decent features and performance without breaking the bank.

Reliability & Support: The reliability of the 3D printer is essential when buying one under 500 dollars. Do some research on the company to see what type of customer support they provide in case there are any issues with the printer. It is also important to read customer reviews to get an idea of how reliable and dependable the product is.

Warranty: Look for a 3D printer that comes with a decent warranty so you can have peace of mind if anything goes wrong in the future. Most good 3D printers under 500 dollars should come with some type of warranty so make sure you check this before making your purchase.

Brand Reputation: Last but not least, it is important to choose a brand that has a good reputation when it comes to selling 3D printers under 500 dollars. Do some research on the company and read customer reviews before making your decision so that you know what kind of quality you are getting from the product.

Tips to use 3d printer

  1. Read the Manual: Before jumping into using a 3D printer, it’s important to read and understand the manual that comes with it. This helps ensure you get familiar with the features, safety measures, and operational procedures of your specific machine.
  2. Start With Small Projects: It can be tempting to jump in and start printing bigger projects right away but starting small is advisable for beginners. Doing simpler projects help you learn how different settings affect the outcome of your prints.
  3. Choose The Right Filament: Different materials require different temperatures and speeds which must be adjusted accordingly so make sure you choose the right filament for your project. Consider things such as flexibility, durability, strength, or color before making your decision.
  4. Set Up Your Printer Properly: Many 3D printers come preassembled but that doesn’t mean you can just start printing right away. Take your time to make sure all the parts are lined up, leveled, and secured properly before starting a project.
  5. Clean After Every Use: Cleaning your 3D printer after every use helps prevent clogs, nozzle jams, and any other issues that might affect the quality of prints. This step is especially important if you’re switching filament materials between projects as residue from one material may cause problems with another type of filament.
  6. Regular Maintenance: To keep your 3D printer running smoothly, it’s important to regularly check for signs of wear on certain parts and replace them when necessary. Doing regular maintenance also helps prevent costly repairs in the future and ensures you get better quality prints.
  7. Experiment: While it’s important to be safe, don’t be afraid to experiment with different settings and materials to find the best combination for your project. Keep track of all the changes you make so that you can always go back to a setting that works if something goes wrong.
  8. Have Fun!: 3D printing can be a fun and rewarding experience but it’s easy to forget that when things aren’t going as planned. Don’t let a few hiccups ruin your experience – take a break if needed and come back refreshed! Have fun experimenting with new projects and finding creative solutions to 3D printing problems.


What kind of maintenance do 3D printers require?

3D printers require a certain level of maintenance to ensure they are operating properly and producing the desired quality prints.

This includes regularly calibrating the bed, nozzle, and other components; ensuring that all moving parts are lubricated; checking for clogs or build-up in the extruder; replacing nozzles when necessary; and running regular cleaning cycles with isopropyl alcohol or another approved cleaner. It’s also important to make sure you’re using the right type of filament for your particular 3D printer, not all filaments work on every machine!

Finally, it’s a good idea to back up files frequently as some 3D printers can be prone to crashes. Taking good care of your 3D printer will help you get the most out of it and ensure that your prints look great every time.

How much noise do 3D printers create?

3D printers can produce various levels of noise depending on the size and model. Smaller, desktop 3D printers typically make less noise than industrial-grade machines.

Generally speaking, 3D printers create a low humming sound as the printer nozzle moves around to lay down successive layers of plastic or other filament material. The stepper motors that move the print head also cause some noise and vibration. However, most 3D printers are designed with soundproofing materials or enclosures to minimize these sounds.

Some users report that if your 3D printing environment is quiet enough, you can even hear the small pops that occur whenever a new layer is extruded onto the build plate. In any case, it’s safe to say that 3D printed projects are much quieter than traditional manufacturing processes such as injection molding.


The best 3d printer under 500  is a great investment for anyone who is interested in 3D printing. It offers high quality prints at an affordable price, making it the perfect choice for beginners and experts alike.

With so many different printers on the market, it can be tough to know which one is right for you. But if you’re looking for a reliable machine that won’t break the bank, the best 3d printer under 500 is a great option.

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