Is a 3D Printer Worth It?

A 3D printer can be a worthwhile investment for hobbyists, designers, engineers, and small business owners who want to create prototypes, models, or unique items. As 3D printing technology advances and prices drop, personal 3D printers are becoming more accessible. However, there are still costs to consider before purchasing a 3D printer.

Is a 3D Printer Worth It?

Key Benefits of Owning a 3D Printer

Owning a personal 3D printer provides several advantages:

Faster Iteration of Designs

With an in-house 3D printer, designers and engineers can quickly print versions of a product to test form, fit, and function. This facilitates faster refinement of designs compared to outsourcing printing.

Build Unique Items and Custom Parts

A desktop 3D printer enables creators to turn digital 3D designs into physical objects. It opens up opportunities for bespoke creations like personalized toys, décor, tools, or DIY fixes.

Support Hobbies and Educational Projects

A personal 3D printer can assist hobby activities like model building, cosplay prop creation, or remote-control part fabrication. Educators also increasingly use 3D printers in STEM programs.

Start a Small Business

Some creative entrepreneurs have launched successful small businesses by selling 3D printed art, fashion accessories, games, and more custom-designed products.

What to Consider Before Buying a 3D Printer

While a 3D printer offers intriguing possibilities, it’s not necessarily a smart purchase for everyone. Assess the following factors when deciding:

Upfront Cost

Desktop 3D printers for hobbyists range from about $200 to $5,000. Consider whether the initial cost fits your budget especially if this is your first 3D printer purchase. Prices are falling, so you may want to wait.

Ongoing Operating Costs

Beyond printer cost, factor in ongoing filament expenses plus electricity usage. Depending on print volume, power costs can add up along with material costs of $20+ per kilogram spool.

Space Requirements

Check your available workspace as many 3D printers have substantial footprints plus need surrounding space for workflow. Carefully measure the area where you intend to set up and use your printer.

Time Investment

From printer set-up to mastering design software to printing models, expect a significant time commitment. Complex multi-part projects may take 10+ hours just for printing alone. Be realistic about how much free time you have.

Technical Knowledge Needed

While 3D printers are more user-friendly than ever, they still require some technical know-how like 3D modeling software expertise. If unfamiliar, be prepared to spend time learning or frustration may ensue. Consider taking a class first.

Safety Considerations

Desktop 3D printers have hot components and warming chambers so owners must take precautions particularly when young children or pets are present. Proper ventilation and supervision are a must.

Key Questions to Ask Before Deciding

Interested buyers should consider these important questions:

  • What do I hope to create most with my 3D printer? Knowing your primary use cases guides features and specs to prioritize.
  • Is my workspace suitable for 3D printer safety and operation? Assess room size, outlets, ventilation.
  • How much can I realistically spend upfront and on ongoing supply costs? Create a budget.
  • What 3D design, scanning, modeling, and printing knowledge gaps do I need to fill? Assess skill level honestly.
  • How much time per week can I commit to learning, creating designs, preparing files, operating and maintaining the printer? Schedule time.
  • Would I utilize an online 3D printing service for some projects given the costs and workspace needs of a printer? Compare options.

Factors to Compare When Selecting a 3D Printer

For buyers deciding which 3D printer best matches their needs, start by comparing these aspects:

Print Quality

Key elements that impact print quality:

  • Printer Resolution: Expressed in layer height or DPI, higher values enable detailed prints.
  • Precision: Print precision determines print accuracy to original digital file dimensions.
  • Materials: More printers now accommodate sturdier, higher-detail plastics like ABS alongside standard PLA plastic.


For consistent printing, assess:

  • Printer Frame: More rigid metal frames sustain better alignment and less vibration than plastic versions.
  • Enclosed Chambers: Encloses help maintain steady temperatures for the best print bed adhesion.
  • Quality Components: Whether belts, motors or print bed surfaces, better made components increase reliability.

Ease of Use

Convenience features to evaluate:

  • Print Bed Leveling: Auto-leveling using probes or sensors simplifies set up.
  • Touchscreens: Intuitive touchscreen controls rather than confusing menus make operation easier.
  • Connectivity: WiFi, USB, or cloud connectivity enables easier remote file transfer and monitoring.
  • Pre-Loaded Designs: Some printers ship with starter design files to print out of the box.

Print Speed

If printing high volumes, print speed matters. Comparison factors include:

  • Printer: Printers with higher resolution sacrifice speed while quality speed balance options exist too.
  • Filament Type: More viscous or high-temperature filament may print slower than standard PLA plastic.
  • Infill Percentage: Prints with higher infill take longer than sparse, hollow prints.
  • Layer Height: Thinner print layers require more passes so increase print time.

Printer Size

Key size considerations include:

  • Footprint: Consider print bed size needed for intended objects plus surrounding workspace.
  • Dimension: Measure space available in your workspace and entryways that limit size.
  • Multi-Material: Some printers add size to accommodate additional material types or colors.

Purchasing Safety Gear and Other Accessories

Aside from the printer itself, buyers should budget for additional purchases:

  • Safety Gear: At minimum, wear safety glasses when operating as hot plastic can eject. Respirator masks protect against emissions.
  • Extra Nozzle: An extra nozzle allows continuing printing if one nozzle becomes clogged or damaged.
  • Nozzle Cleaning Kit: Specialized drill bits and wire help clear stuck filament or debris in nozzles.
  • Adhesion Sheet: Some printers benefit from added sticker-like tape to keep prints firmly adhered.
  • Cleaning Filament: Special filament helps purge stuck bits or residue inside printers.
  • Depowdering Tool: For powder-based metal printers, a depowdering tool and safety gear like a mask, gloves and eyewear are crucial.

Alternatives to Buying Your Own 3D Printer

If after consideration, you decide against purchasing your own 3D printer, consider these options to still benefit from 3D printing:

  • 3D Print Services: Online services like Shapeways, Sculpteo, and i.materialise allow you to upload designs for professional printing with quick turns and quality results.
  • Local Access: Schools, libraries, maker spaces and some stores offer 3D printer access so users can create projects without owning their own.
  • 3D Printer Rental: Some companies offer desktop 3D printer rental kits for temporary projects so you can try before buying your own printer.

Key Takeaways on 3D Printer Ownership

  • Weigh upfront cost against ongoing supplies, space needs and time required to skill up. Be realistic on usage.
  • Carefully measure and prepare your workspace prior to purchasing a printer.
  • Compare printer features like reliability, print quality and calibration ease that best match your needs and experience level.
  • Allow for additional safety gear and printing accessories beyond printer cost itself.
  • Local printer access, online printing services or short-term rentals offer alternatives to acquiring an owned machine.


For designers, hobbyists and entrepreneurs, owning a 3D printer holds appeal for easier iteration of creations and unlocking unique applications from personalized figurines to custom tools. Assess your space, budget, skills and goals carefully. Compare printers on expected usage and reliability. While initial ownership cost may still limit viability for some users, expanded access options exist too. With smart evaluation of needs versus capabilities along with selecting equipment purpose-fit for use case, a 3D printer can deliver on expanding creative potential for many buyers.

Frequently Asked Questions

1. Are cheaper 3D printers worth it?
It depends. Under $200-$300 printers may seem tempting but reliability issues often emerge quickly. For hobbyists, look at $500+ printer tiers for better quality. Evaluate support and component quality rather than just seeking the lowest sticker price.

2. What can you do with a basic entry-level 3D printer?
From customizable household items like picture frames to holiday décor to STEM school projects, beginners can still create lots of fun, basic prints even with lower resolution, slower printers using standard filaments. Leave the high-res prototyping to the pros.

3. Is 3D printing cost effective?
Small individual prints on an owned desktop printer are far more affordable than outsourcing through online printing services allowing creators to iterate designs faster. However for very complex, high volume or metal prints, outsourcing to industrial printers may be more cost effective.

4. Are closed frame 3D printers better?
For beginners and schools, fully enclosed printers simplify temperature control and protect users so can be a smart starting choice. Enclosed chambers also facilitate printing with more materials like ABS which requires higher heat.

5. Can I put a 3D printer anywhere in my house?
No. Most 3D printers work optimally in indoor temperate conditions away from drafts and direct sunlight. Protect printers from humidity, dust and pet fur which can clog extruder mechanisms. Choose sturdy, vibration-free surfaces with adjacent outlet access too.

6. What software do I need to operate a 3D printer?
Most desktop printers include their own associated software for calibration, object slicing into printable layers and printer control operation. Many also accept common design files from open software like Tinkercad or paid options like SolidWorks.

7. What maintenance does a consumer 3D printer need?
Expect to replace printer nozzles over time plus periodically tighten moving belts and rails. Some printers also require lubricating Z-axis threaded rods. Purchase a specialized nozzle cleaning kit plus extra nozzles when buying your printer.

8. How long will a desktop FDM 3D printer last?
With proper operation and maintenance like periodic calibration, replacing worn parts and firmware updates, count on 2-3+ years of life for a quality hobbyist printer before major issues emerge. High print volume can shorten usable life.

9. Can you print food items with a desktop 3D printer?
Yes, but you need a special food-safe 3D printer using FDA-approved filament tailored for creating edible creations. Some food printers require proprietary cartridges too. Don’t try printing food with standard plastic filament printers.

10. What can go wrong operating a 3D printer?
Key issues novice users may encounter include print bed misalignment ruining print adhesion, extruder nozzle clogs due to incorrect filament temperatures, filament running out mid-print, stuck prints, and stability loss from vibration interfering with precision.

11. Does a 3D printer require special computer skills?
Basic familiarity with 3D modeling software helps so new users should be prepared for a learning curve. However printers include their own operating software too for tasks like calibrating, loading files and initiating prints without deep PC expertise needed.

12. Where is the best place to buy a 3D printer?
Both online retailers and local specialty hobby stores offer consumer printers. Balance factors like price, included warranties and tech support, return policies plus availability of filament and accessories needed for optimum usability.

13. Are resin 3D printers good for miniatures?
Yes, resin-based SLA 3D printers can achieve extremely high resolution perfect for miniature models used for tabletop gaming or collectibles. While resin printers have smaller build areas, surface quality surpasses that of FDM filament printers.

14. Can you earn money with a desktop 3D printer?
Some entrepreneurs successfully sell custom 3D printed product lines on sites like Etsy or Shapeways from jewelry to vases to games. Others offer local printing services. Check local regulations if situating a home printer as a business rather than hobby.

15. Is a dual nozzle 3D printer better?
Dual extruder printers allow printing with two colors or materials for more creative possibilities. However dual nozzles add cost and complexity which beginners may find challenging. Evaluate if Benefits outweigh these factors.

16. What should young children avoid with 3D printers?
Never allow children near a hot 3D printer unattended. Also prohibit access to tools for removing stuck prints as they can cause burns. Explain safety precautions surrounding high temperatures and rotating parts too. Supervise closely.

17. Can I print metal or ceramic household Items?
Metal and ceramic desktop printing remains limited to costly specialized machines requiring handling of flammable powder substances unfamiliar to average consumers. Leave metal and ceramic printing to commercial providers for safety and quality results.

18. Can I return a 3D printer if I don’t like it?
Carefully read return policies from the seller before purchase. While some retailers allow returns within a limited window for refunds or exchanges, restocking fees can apply. Opened filament may not be returnable either.

19. Will 3D printing replace injection molding manufacturing?
For short run production like prototypes or custom parts, desktop printing already replaces outsourcing. But for large volume production of end consumer parts, industrial injection molding retains cost advantages. The technologies serve different niches.

20. Does home insurance cover a 3D printer?
Review homeowners or renters policies closely. While standard policies cover some accidents, using a printer classified as business equipment rather than hobby use may require adjustments or riders to cover the machine’s value plus any business liabilities.

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