Benchy – Elegoo PLA | Calibrated Filament Settings

📦 Description Template (Refined Version)

This model is a remix of the original 3D Benchy by CreativeTools, created to evaluate and compare filament performance before and after full calibration.

The goal is to analyze how planar surfaces, overhangs, bridges, arches and fine details improve once a filament is properly tuned. As you can see below i have tested a bunch of diferent filaments.

This profile reflects my complete calibration workflow using a Bambu Lab P1P (now upgraded to a P1S) with a 0.4mm nozzle.

For this specific model, the filament used is Elegoo PLA.

At the beginning of this post, you will find screenshots of the exact slicer settings used for this filament. These settings correspond to the configuration that produced the results shown in the photos📸.

The settings screenshots can also be viewed more clearly further below in the description, immediately after this section.

They are particularly useful if you are trying to troubleshoot small issues or further refine your print quality🔍. Even with the same printer model, machines are never perfectly identical, and small variations in calibration, environment or filament batches can lead to slightly different results.

When aiming for print quality above the average, small adjustments can sometimes be necessary🎯. For this reason, I strongly recommend reading the full description, where I explain which parameters you may want to tweak if you are trying to further improve the final result.

🧵 Choosing the Correct Base Filament Profile

When creating filament profiles for more specific materials, I also recommend starting from the closest generic material profile available in the slicer. For example:

• For PLA Silk, start from the Generic PLA Silk profile
• For PLA Basic, start from the Generic PLA profile
• For other specialized PLA types, choose the most similar generic base profile

Using the correct base profile ensures that cooling behavior, extrusion characteristics and default limits are already appropriate for the material type. From there, you can then perform the calibration steps described below to further optimize the settings for your specific filament.

🔬 About Calibration

For Bambu filaments, I generally trust the official profiles, as they are already very refined.

However, if you are using third-party filaments, I strongly recommend following the calibration workflow described above.

I invested significant time researching and testing different calibration methods to determine:

• What is truly necessary
• What improves print quality
• What is not worth spending time on

The workflow described in this profile is efficient, practical and produces very consistent results.

If you are using other brands, I encourage you to check the calibrated profiles available on my page and follow the same methodology — it works extremely well.

🛠 My Calibration Workflow

1️⃣ Manufacturer Baseline Review

I always begin by checking the manufacturer's website and packaging for recommended:

• Print temperature
• Bed temperature
• Cooling settings
• Speed recommendations

(Manufacturer websites are usually the most up-to-date and reliable source.)

2️⃣ Initial Benchy Print

I print this Benchy using the base profile provided here to establish a performance reference.

From the photos you can visually see clear under extrusion in the Before and it is also possible to see the smooth surface of the rear deck of the boat in the After.

3️⃣ Temperature Tower Test 🌡

I print a temperature tower specific to the material.

From this test, I select the temperature that provides the best balance between overhangs, stringiness and surface quality.

4️⃣ Maximum Volumetric Flow Test 🚀

For high-speed materials (for example PETG Rapid), I run a maximum volumetric flow test and adjust the value accordingly.

⚠ If the manufacturer does NOT advertise high-speed capability, I recommend keeping the default value — even if tests suggest an increase of +5–6 mm³/s.

That margin usually represents the safety buffer designed to ensure consistent and reliable printing.

5️⃣ Flow Dynamics Calibration ⚙

Using the built-in calibration tools in Bambu Studio, I fine-tune flow dynamics to improve extrusion consistency and corner behavior.

6️⃣ Flow Rate Calibration 🎯

Finally, I perform a flow rate calibration using the Bambu Studio calibration menu to achieve optimal extrusion accuracy.

Bambu provides an excellent guide explaining how to properly analyze calibration results here:

👉[Bambu official calibration guide link]

📸 Additional Calibrated Profiles

On my profile, you can find other calibrated Benchy models where I share:

• Tested print settings

    • Optimized temperatures

    • Flow adjustments

    • Volumetric limits

• Real print photos

• Final recommendations for that filament

All profiles are tested and calibrated on my machine. They are optimized for Bambu Lab printers, and in many cases may also work well on other printers with similar hardware and setup.

🙌 Support & Feedback

If you find this profile useful, please consider leaving a like 👍

And if possible, a Boost 🚀 — it helps me continue developing high-quality calibrated profiles and testing new materials to share with the community.

Thank you for your support!

Design by Bruno Pereira on MakerWorld (license: BY-SA).