Comparison of Bambu Lab's P1S, X1 Carbon, X1E, and H2D 3D printers

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Comparison of Bambu Lab 3D Printers
P1S, X1 Carbon, X1E, and H2D

Since entering the market, Bambu Lab has established itself as a major player in 3D printing thanks to its fast, reliable, and affordable machines. Its range now includes several flagship models: the P1S, X1 Carbon (X1C), X1E, and H2D.

But what are the real differences between these machines? This article provides a clear and professional comparison to help you choose the one that best suits your needs.

1. General characteristics

They are all based on CoreXY architecture with high printing speeds.

La P1S reprend la base de la X1C, mais avec une configuration plus simple et une interface basique.

La X1C se place comme un modèle haut de gamme équilibré pour passionnés.

La X1E est une déclinaison professionnelle avec des sécurités renforcées.

La H2D offre un grand volume et une double extrusion.

2. Chamber and nozzle

Temperature management and extrusion quality make all the difference depending on the materials used.

The P1S has a closed chamber with basic filtration, a 300°C nozzle, and a 110°C plate.

The X1C offers a better filtered closed chamber (HEPA + carbon) and more advanced sensors.

The X1E adds an actively heated chamber (up to 60°C) and a 320°C nozzle.

The H2D combines a large volume and a dual nozzle for multi-materials.

3. Interface, sensors, and monitoring

This is where the differences between the P1S and the X1C really come into play:

Interface: The P1S has a monochrome display + physical buttons, while the X1C has a large 5-inch color touchscreen.

Lidar sensor: Exclusive to the X1C, it analyzes the first layer and automatically adjusts the flow rate. The P1S does not have this feature.

Camera: Both have a built-in camera, but the X1C's is 1080p/30 FPS, with additional AI analysis of print failures.

4. Connectivity and filters

P1S → Wi-Fi + standard filtration.

X1C → Wi-Fi + HEPA H12 filter + activated carbon.

X1E → Wi-Fi + secure Ethernet + enhanced filtration (G3 + HEPA).

H2D → Integrated active filtration, but connectivity partially documented.

5. Positioning and uses

P1S → Designed for advanced makers who want a closed, fast, and affordable machine.

X1C → Ideal for passionate users looking for the best quality with a maximum number of sensors.

X1E → Machine geared toward professional environments (businesses, schools, labs).

H2D → Intended for fablabs and industrial workshops for large volumes and multiple materials.

6. Comparison of AMS

The AMS modules of BambuLab allow you to automatically manage multiple filaments while protecting them from moisture.

Conclusion

Each Bambu Lab model has its strengths:

P1S → An ideal compromise between price and performance, but with limited interface and sensors.		X1C → The most balanced option for those who want comfort and reliability.


X1E → The choice of professionals, with advanced filtering and a secure network.		H2D → The solution for large formats and multi-extrusion.

The AMS (Automatic Materials Management Systems) complete the range and further enhance the versatility of these machines.

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Comparison of Bambu Lab 3D PrintersP1S, X1 Carbon, X1E, and H2D

Comparison of Bambu Lab 3D Printers
P1S, X1 Carbon, X1E, and H2D