This guide covers everything about first thing i shoudl 3d print. Deciding on the very first thing you should 3D print is a common question for anyone new to additive manufacturing. As of April 2026, the accessibility of 3D printing technology has surged, making it easier than ever to create physical objects from digital designs. However, jumping in without a plan can lead to frustration, wasted filament, and disappointing results. This complete guide will equip you with the knowledge to make an informed decision, avoid common pitfalls, and select a first 3D print project that’s both rewarding and achievable. We’ll explore practical considerations, popular beginner-friendly models, and essential steps to ensure your inaugural print is a success.
Last updated: April 30, 2026
- Your first 3D print should prioritize simplicity, testing printer calibration, and yielding a useful or satisfying result, avoiding overly complex designs.
- Essential pre-print steps include bed leveling, filament loading, and selecting appropriate print settings to prevent failures common among beginners.
- Functional prints like cable organizers, phone stands, or small tools are excellent choices as they offer immediate utility and demonstrate print success.
- Popular decorative first prints include simple geometric shapes, keychains, or small figurines that showcase basic print quality and design.
- Understanding filament types and their properties is crucial, with PLA being the recommended material for most beginner first prints due to its ease of use.
Why Choosing the Right First Print Matters
The excitement of receiving your first 3D printer is palpable. However, the initial print is more than just a demonstration of your new hardware; it’s a critical learning experience. A well-chosen first print can build confidence, validate your printer’s setup, and provide immediate satisfaction. Conversely, an ambitious or poorly chosen first print can lead to print failures, material waste, and a steep, discouraging learning curve. As of April 2026, resources like Thingiverse and Cults3D host millions of models, but quantity doesn’t always equal quality for a beginner. Focusing on designs that are explicitly marked as beginner-friendly, have simple geometries, and require minimal supports is key to a successful start.
The primary goal of your first print should be to test your printer’s calibration and basic functionality. This means selecting a model that:
- Has a relatively simple geometric shape.
- doesn’t require extensive support structures.
- Is small enough to print quickly, allowing for rapid iteration if needed.
- Is designed to stress-test fundamental aspects like bed adhesion and dimensional accuracy.
Many experienced makers suggest starting with a calibration cube or a Benchy boat. The calibration cube (often 20x20x20mm) is excellent for verifying dimensional accuracy and checking for issues like under-extrusion or over-extrusion. The 3DBenchy, a small torture test in the shape of a tugboat, is specifically designed to reveal common printing flaws through its various features like overhangs, small details, and curved surfaces. According to All3DP, the Benchy is one of the most popular models for testing new printers and settings.
Essential Pre-Print Checks for Beginners
Before you even select a model, ensuring your 3D printer is correctly set up is paramount. This step is often overlooked by eager beginners, leading to the first print failing spectacularly. As of April 2026, fundamental checks remain the bedrock of successful 3D printing. These checks are not merely suggestions; they are prerequisites for any successful print, especially your very first one.
Bed Leveling: The Unsung Hero
The most critical step for any 3D print, particularly the first one, is proper bed leveling. This ensures the first layer of your print adheres uniformly to the print bed. An uneven bed can cause prints to detach midway, warp, or result in a messy, unusable object. Most modern printers have auto-leveling features, but manual fine-tuning is often still necessary. You can test this by initiating a ‘bed leveling test print’ – a simple square pattern printed across the bed. Observe the extrusion; it should be consistent and slightly squished into the bed without being so thin that it’s transparent or so thick that it scrapes against the nozzle.
Filament Loading and Extrusion Test
Ensure your filament is loaded correctly and feeding smoothly. Issues like tangled spools or jams can halt a print before it even starts. A simple test is to heat the nozzle to the filament’s recommended temperature and manually push filament through. It should extrude in a consistent, straight strand. Many printers come with a sample spool of PLA (Polylactic Acid), which is generally the easiest material for beginners to work with due to its low printing temperature and minimal warping. According to industry standards, PLA is the go-to for hobbyist printers due to its wide temperature range and ease of use.
Understanding Slicer Settings
Slicers (like Cura, PrusaSlicer, or Bambu Studio) convert 3D models into G-code instructions for your printer. For your first print, stick to the default profiles recommended for your specific printer and filament type. Resist the urge to tweak settings like print speed, layer height, or infill density until you’ve successfully completed a few prints. A common mistake is setting the print speed too high, which can lead to poor quality or failed prints. For a first print, a slower speed (e.g., 40-50 mm/s) is advisable.
Top Candidates for Your First 3D Print
The ideal first print should be simple, quick, and ideally, useful or aesthetically pleasing. It should provide positive reinforcement for your new hobby. As of April 2026, several categories of models consistently rank as excellent starting points.
Functional Prints for Immediate Utility
Functional prints offer the satisfying reward of solving a real-world problem or improving your daily life. These are often excellent choices for a first print because their utility provides immediate validation.
- Cable Organizers/Clips: These are ubiquitous on 3D model sites. They are small, print quickly, and can immediately declutter your workspace or entertainment center. Their simple shapes and strong nature make them forgiving for a first print.
- Phone Stands: A simple phone stand is another practical print. Many designs require no supports and print in under an hour. They offer a tangible benefit, providing a stable place for your phone.
- Keychains: Customizable and small, keychains are perfect first prints. You can add your initial, a simple logo, or a small shape. They test fine details and adhesion without risking a large material investment.
- SD Card/USB Drive Holders: Small, practical organizers for digital media are always useful. Their compact size and straightforward design make them ideal for beginners.
- Bag Clips: Similar to cable organizers, bag clips are simple yet highly functional. They print quickly and can be made in various sizes.
The beauty of these functional prints is their low risk and high reward. Even if the surface finish isn’t perfect, the object often still serves its intended purpose, boosting your confidence.
Decorative Prints for Visual Appeal
While functional prints offer utility, decorative prints can showcase the aesthetic capabilities of 3D printing. They are great for personalizing your space or as small gifts.
- Calibration Cubes: As mentioned, these are essential for testing. While not strictly decorative, a perfectly printed calibration cube can be satisfying in its precision.
- Simple Geometric Shapes: Spheres, pyramids, or cubes with interesting patterns can be good starting points. Look for models with clean lines and minimal overhangs.
- Small Figurines/Miniatures: Many beginner-friendly figurines exist, often designed with larger layer heights and simpler details. Avoid intricate models with tiny parts or extreme overhangs for your first attempt. Websites like MyMiniFactory curate a wide range of models, often with user reviews indicating printability.
- Coasters: Simple, flat coasters can be a good first print. Some designs incorporate patterns or logos that test surface detail.
For decorative prints, pay close attention to the model’s complexity and the recommended print settings in the description. Some designs, while visually appealing, might require advanced settings or post-processing that are not ideal for a first-time user.
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Common Pitfalls to Avoid with Your First 3D Print
Even with the best intentions, beginners often stumble into common traps that lead to print failures. Being aware of these pitfalls can save you time, filament, and frustration. As of April 2026, these issues persist, highlighting the need for careful preparation.
Pitfall 1: Choosing an Overly Complex Model
The allure of printing a detailed miniature dragon or a complex mechanical part can be strong. However, these models often require advanced printer calibration, specific filament types, and significant support structures. For a first print, intricate details, sharp overhangs, and small, delicate features are recipes for disaster. Stick to models with simple, strong geometry. Look for models that have been downloaded thousands of times and have positive user feedback regarding printability. A review that says “printed perfectly on default settings” is gold.
Pitfall 2: Ignoring Print Orientation
The way a model is oriented on the print bed can significantly impact print success and the quality of the final object. Some orientations minimize overhangs, reduce the need for supports, or improve surface finish. For your first print, choose a model that has a clear ‘best’ orientation or one that requires minimal decision-making in this regard. For instance, a flat-bottomed object like a coaster or a phone stand is straightforward.
Pitfall 3: Rushing the First Layer
The first layer is the foundation of your entire print. If it doesn’t adhere properly, the rest of the print is doomed. Don’t be tempted to speed up the initial layer’s printing. Many slicers have a specific setting for ‘Initial Layer Speed,’ which should be set much slower than the general print speed (e.g., 15-20 mm/s). Ensure your print bed is clean—a simple wipe-down with isopropyl alcohol can make a world of difference. A failed first layer is the most common reason for print abandonment by new users.
Pitfall 4: Using the Wrong Filament or Settings
While PLA is recommended, some printers might come bundled with other materials or users might experiment too soon. Always use the filament type your printer and slicer are configured for. Ensure the nozzle temperature and bed temperature settings in your slicer match the filament manufacturer’s recommendations. Printing PLA too hot can cause stringing and oozing, while printing too cold can lead to poor layer adhesion. Check the filament spool for recommended temperatures; they often provide a range.
For example, a typical PLA might print well between 190-220°C for the nozzle and 50-60°C for the bed. Deviating significantly from these can cause issues. According to MatterHackers, a reputable filament supplier, filament temperature is one of the most critical print settings to get right.
Pitfall 5: Neglecting Post-Print Inspection
Once a print is finished, don’t just remove it and assume it’s perfect. Inspect it for common issues like stringing, blobs, warping, or incomplete layers. Identifying these issues on your first print helps you understand what to adjust for the next one. This inspection is part of the learning process, not a sign of failure. If a print has minor stringing, it’s still a successful print and a learning opportunity.
Materials for Your First Print: The PLA Advantage
When selecting the first thing to 3D print, the material you use is as important as the model itself. For beginners in 2026, Polylactic Acid (PLA) remains the undisputed champion. Its popularity stems from a combination of ease of use, affordability, and a wide range of available colors and finishes.
Why PLA?
- Ease of Printing: PLA requires relatively low printing temperatures (typically 190-220°C nozzle, 50-60°C bed) and is less prone to warping than other common filaments like ABS. This makes it forgiving for less-than-perfect bed adhesion.
- Low Odor and Fumes: Unlike some other plastics, PLA has a mild, sweet smell when heated and produces minimal toxic fumes, making it suitable for printing in home or office environments.
- Biodegradability: Made from renewable resources like corn starch or sugarcane, PLA is considered more environmentally friendly than petroleum-based plastics, though industrial composting facilities are usually required for true biodegradation.
- Variety: Available in virtually every color imaginable, including silk, wood-fill, metal-fill, and glow-in-the-dark variants, allowing for visually striking prints.
When to Consider Other Materials (Later)
While PLA is ideal for your first print, you might explore other materials as you gain experience:
- PETG: Offers better strength, temperature resistance, and flexibility than PLA. It’s slightly more challenging to print but a good step up.
- ABS: Strong and temperature-resistant but prone to warping and requires a heated bed and often an enclosure. It also emits stronger fumes.
For your very first print, however, stick with standard PLA. It simplifies the process, allowing you to focus on learning your printer’s mechanics rather than wrestling with material quirks.
Where to Find Models for Your First Print
The vast ecosystem of 3D printable models can be overwhelming. Fortunately, several platforms are curated for ease of use and beginner accessibility. As of April 2026, these remain the primary hubs for discovering your first print project.
- Thingiverse: The largest and one of the oldest repositories. While it has a vast selection, quality can vary. Use filters and look for models with many positive makes (photos of successful prints by other users).
- Printables.com (by Prusa Research): Known for its curated collections, active community, and often higher quality uploads. It also features printing challenges that can inspire projects.
- Cults3D: Offers both free and paid models. Many paid models are of exceptionally high quality and often come with detailed printing instructions, which can be helpful for beginners.
- MyMiniFactory: Focuses on curated, high-quality models, often from professional designers. They have a good selection of free models and are known for their rigorous quality control.
When selecting a model, always read the description and comments. Look for mentions of “easy print,” “beginner-friendly,” or successful prints from users with similar printer types. Websites like How-To Geek often highlight common omissions in beginner guides, emphasizing the importance of community feedback and detailed model descriptions.
Troubleshooting Common First Print Issues
Even with careful preparation, your first print might not be perfect. Here’s how to address the most common problems:
Issue 1: Print Won’t Stick to the Bed (Adhesion Failure)
Cause: Uneven bed leveling, dirty print surface, incorrect bed temperature, or printing too fast on the first layer.
Solution: Re-level the bed meticulously. Clean the print surface with isopropyl alcohol. Ensure the bed temperature is appropriate for your filament (50-60°C for PLA). Slow down the initial layer speed in your slicer settings.
Issue 2: Print Detaches Mid-Print
Cause: Poor bed adhesion, vibrations, or drafts affecting the print.
Solution: Ensure the first layer is well-adhered. Consider using adhesion aids like a glue stick or specialized print bed adhesives if needed. Avoid placing the printer in drafty areas. For some printers, a brim or raft setting in the slicer can help increase surface area contact.
Issue 3: Stringing or Oozing
Cause: Filament is too hot, retraction settings are not optimized, or filament has absorbed moisture.
Solution: Lower the nozzle temperature slightly (by 5°C increments). Increase retraction distance and speed in your slicer settings. Consider drying your filament if it’s old or has been exposed to humidity. Most PLA prints will exhibit some minor stringing; test prints like the Benchy can help fine-tune retraction settings.
Issue 4: Warping (Corners Lifting)
Cause: Uneven cooling, poor bed adhesion, or printing temperatures too low.
Solution: Ensure consistent ambient temperature around the printer. Use a brim in your slicer settings. Verify bed temperature is within the recommended range for your filament.
Issue 5: Layer Shifting or Gaps
Cause: Loose belts, print head colliding with the print, or print speed too high.
Solution: Check and tighten your printer’s belts. Ensure there are no obstructions. Reduce print speed, especially for outer walls and infill, in your slicer settings.
Remember, troubleshooting is an integral part of 3D printing. Each failed print is a lesson learned. As noted by How-To Geek, sometimes simple adjustments to existing settings or maintenance are more effective than costly upgrades.
Frequently Asked Questions
What is a good first 3D print for absolute beginners?
A good first 3D print for absolute beginners is a simple, functional item like a keychain, a small cable organizer, or a basic phone stand. These models are typically small, print quickly, require minimal supports, and use readily available PLA filament.
How long should my first 3D print take?
Your first 3D print should ideally take between 30 minutes to 2 hours. Shorter prints are better for beginners as they allow for quicker iteration if something goes wrong and provide a faster sense of accomplishment upon completion.
What are the biggest mistakes beginners make with their first 3D print?
The biggest mistakes include choosing overly complex models, failing to properly level the print bed, rushing the first layer, using incorrect print settings for the chosen filament, and not performing basic printer maintenance before printing.
Is it better to print something functional or decorative first?
For most beginners, printing something functional first is more rewarding. Functional prints offer immediate utility and a clear demonstration of success, which can boost confidence more effectively than a purely decorative item, especially if the decorative item has minor flaws.
Can I 3D print car parts as my first project?
No, 3D printing car parts is generally not a suitable first project. Such prints often require specific engineering-grade materials, advanced printer capabilities (like high-temperature printing), and a deep understanding of material properties and structural integrity. As reported by AOL.com, while possible, it requires significant expertise and specific hardware.
Conclusion: Your Journey Starts Now
Choosing the first thing you should 3D print is a key moment in your additive manufacturing journey. As of April 2026, with printers becoming more accessible and user-friendly, the barrier to entry is lower than ever. By prioritizing simplicity, focusing on essential calibration steps, and selecting a small, achievable model—whether functional like a phone stand or a simple decorative piece—you set yourself up for a positive and encouraging first experience. Avoid the common traps of overly ambitious designs or rushed preparation. Embrace the learning process, celebrate your successful prints, and use any initial challenges as opportunities to refine your skills. Your first 3D print is not just an object; it’s the first tangible result of your creativity and a gateway to a world of endless making possibilities.
Related read: Steam Error Code E20: 2026 Troubleshooting Guide
Editorial Note: This article was researched and written by the Day Spring Management editorial team. We fact-check our content and update it regularly. For questions or corrections, contact us.
