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P2S First Layer Corner Test
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P2S First Layer Corner Test

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Автор:Haru

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Описание

Fix Your P2S First Layer in Minutes! 🛠️

Many users have noticed that P2S printers can sometimes struggle to lay down a perfectly uniform first layer across the entire build plate. This often results in irregular thickness, poor bed adhesion, gaps, or frustrating "transparent spots" where the filament isn't extruded properly.

Why You Need This Test: I designed this targeted calibration model to help you quickly and visually verify the first-layer uniformity specifically on the corners of your P2S build plate—where leveling issues usually hit the hardest! By printing this test, you can spot critical areas and leveling anomalies right away, saving you time and precious filament before committing to larger, more complex prints.

✨ Key Features:

- Targeted Design: Focuses exactly on the edges and corners where the problem is most prominent. - Material & Time Saver: Extremely fast to print, using minimal filament. - Easy Removal: Features a convenient pull-tab to help you lift the first layer cleanly. 💡 Print & Usage Instructions:

- Print the model using your standard first-layer settings. - Once finished, use the built-in tab to lift the first layer. - Use both hands to gently peel all sides off the build plate to avoid tearing. 🔍 How to Read the Results: Compare your printed test with these common issues:

- Large-Area/Full-Plate First Layer Too Low

- Partial First Layer Too Low

- Large-Area First Layer Too High/Sparse

If your first layer shows imperfections, don't worry! Follow the official Bambu Lab troubleshooting guide here: First Layer Printing Optimization Guide

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P2S Print Profile Settings & Recommendations ⚙️

To get the most accurate and reliable results from this calibration test, please follow these profile guidelines:

- Filament & Build Plate: Highly recommend using PLA on a Textured PEI Plate . This combination guarantees the most consistent and reliable baseline for your test. - Base Preset: This profile is built on the standard 0.20mm default preset . ⚠️ Important: Please do not modify these basic settings, as changing them might invalidate the test results! - Custom Modification: The only intentional tweak applied to this profile is the infill direction , which has been changed from the default 45° to 135° to better evaluate the first layer's extrusion path.

A1 mini Print Profile Settings & Recommendations ⚙️

To get the most accurate and reliable results from this calibration test, please follow these profile guidelines:

- Filament & Build Plate: Highly recommend using PLA on a Textured PEI Plate . This combination guarantees the most consistent and reliable baseline for your test. - Base Preset: This profile is built on the standard 0.20mm default preset . ⚠️ Important: Please do not modify these basic settings, as changing them might invalidate the test results! - Custom Modification: The only intentional tweak applied to this profile is the infill direction , which has been changed from the default 45° to 135° to better evaluate the first layer's extrusion path.

A1 Print Profile Settings & Recommendations ⚙️

To get the most accurate and reliable results from this calibration test, please follow these profile guidelines:

- Filament & Build Plate: Highly recommend using PLA on a Textured PEI Plate . This combination guarantees the most consistent and reliable baseline for your test. - Base Preset: This profile is built on the standard 0.20mm default preset . ⚠️ Important: Please do not modify these basic settings, as changing them might invalidate the test results! - Custom Modification: The only intentional tweak applied to this profile is the infill direction , which has been changed from the default 45° to 135° to better evaluate the first layer's extrusion path.

H2C Print Profile Settings & Recommendations ⚙️

To get the most accurate and reliable results from this calibration test, please follow these profile guidelines:

- Filament & Build Plate: Highly recommend using PLA on a Textured PEI Plate . This combination guarantees the most consistent and reliable baseline for your test. - Base Preset: This profile is built on the standard 0.20mm default preset . ⚠️ Important: Please do not modify these basic settings, as changing them might invalidate the test results! - Custom Modification: The only intentional tweak applied to this profile is the infill direction , which has been changed from the default 45° to 135° to better evaluate the first layer's extrusion path.

H2D Print Profile Settings & Recommendations ⚙️

To get the most accurate and reliable results from this calibration test, please follow these profile guidelines:

- Filament & Build Plate: Highly recommend using PLA on a Textured PEI Plate . This combination guarantees the most consistent and reliable baseline for your test. - Base Preset: This profile is built on the standard 0.20mm default preset . ⚠️ Important: Please do not modify these basic settings, as changing them might invalidate the test results! - Custom Modification: The only intentional tweak applied to this profile is the infill direction , which has been changed from the default 45° to 135° to better evaluate the first layer's extrusion path.

H2S Print Profile Settings & Recommendations ⚙️

To get the most accurate and reliable results from this calibration test, please follow these profile guidelines:

- Filament & Build Plate: Highly recommend using PLA on a Textured PEI Plate . This combination guarantees the most consistent and reliable baseline for your test. - Base Preset: This profile is built on the standard 0.20mm default preset . ⚠️ Important: Please do not modify these basic settings, as changing them might invalidate the test results! - Custom Modification: The only intentional tweak applied to this profile is the infill direction , which has been changed from the default 45° to 135° to better evaluate the first layer's extrusion path.

Теги

firstlayerfirst layertestbambubambulablabp2sp2serieslayerplatebedflowzoffsetprintcleanfirstserie3dprinting bambulab p2s firstlayer calibration bedlevelingcalibrationbedlevelingtestprinttroubleshootingfirstlayertestutilityfastprint3dprintertestbedadhesiontools
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