Air Stream Fusion MP P1S Front Housing Assembly

Air-Stream-Fusion

Following the introduction of the “Air-Stream Freezer” and the subsequent refinement of the “Air-Stream Turbine,” our team confronted a fresh challenge. While the “Air-Stream Turbine” already ensured LIDAR compatibility and featured an improved torus channel, we observed that many users hesitated to undertake the conversion, fearing damage to original components. Your feedback across numerous models unequivocally confirmed this apprehension. The prospect of printing and assembling the model discouraged many.

We recognized the necessity for change. To elevate the user experience, enhanced user-friendliness became paramount. Consequently, we resolved to engineer a complete front housing assembly. Our aim was to seamlessly integrate the “Air-Stream Turbine” with a complementary upper component. The outcome: a model not only boasting a further refined torus channel, but also a fully assembled front housing unit, entirely support-free printable, which we have christened “Air-Stream-Fusion”.

Once more, I extend my deepest gratitude to the entire team, who dedicated countless hours over many months to this project's development. The project underwent meticulous design, drafting, modification, and rigorous testing. Special commendation is due to Paul, who tirelessly reviewed countless design iterations, sacrificing considerable personal time to ensure compatibility.

It is again explicitly stated that remixes of this product design are strictly prohibited, as no unnecessary phases or rounding have been incorporated. To cater to diverse preferences, fourteen versions are available. 

Users adapting this to an X model should confirm compatibility with the X1C or X1E. Owners of P1P or P1S models need not concern themselves with this, as designs compatible with the X1C or X1E seamlessly integrate with P1P or P1S units. 

The primary distinction lies in the P-series models lacking the internal structure for the housing group lighting, as illumination is exclusive to the X series. 

How do I identify the appropriate model? 

Begin by determining your aesthetic preference: the enclosed or the more open, patterned design.

Closed look = F

Airy patterned look = M
 

Furthermore, ascertain whether your model belongs to the P (P1P/P1S) or X series (X1C/X1E).
 

X series (X1C/X1E) = X

P series (P1P/P1S) = P
 

This yields four combinations: FX / FP / MX / MP
 

These designations, indicative of compatibility, precede specific model identifiers such as P1S, X1C, REVO, or stylistic variations like Lettering or Big Logo. Select according to your preference. Note: REVO compatibility is indicated only where "REVO" is explicitly included.
 

Several models are designed for (or intended to be) BIQU Panda REVO compatible*. However, comprehensive testing proved impossible due to a lack of this hotend within our team. Valuable feedback regarding necessary modifications to the “Air-Stream Turbine” for BIQU Panda REVO compatibility has been incorporated. We eagerly await further feedback to confirm successful assembly and use. Until then, these models remain designated as “TEST MODELS”.
 

Most models require two colors. One model is single-color, while the FX X1Carbon model necessitates three, requiring white, or optionally transparent ABS or natural, for the illumination to shine through. The same applies to the FX Clear model.

Unlike the “Air-Stream Turbine,” the torus channel has been subtly expanded, reducing nozzle distance by two millimeters, mirroring the Bambulab original. This enhancement optimizes airflow.
 

The models are (barring adhesion issues) entirely support-free printable (see time-lapse). Therefore, assertions of unprintability are unwarranted. Adhesion problems may necessitate a brim. All heat-resistant materials are suitable; we utilize ABS exclusively. Original-size magnets (4x2 and 2x2) are required. Ensure correct magnet orientation during installation. We recommend our print profiles; otherwise, adopt the corresponding values, as precise slicer settings are crucial for optimal results.
 

We refrain from reiterating information presented in the “Air-Stream Turbine” documentation. Refer to the model or associated videos if necessary.

We wish you joyous experimentation with the innovative “Air-Stream-Fusion” unit.
 

Air-Stream-Fusion

With the introduction of the “Air-Stream Freezer” and the further development of the “Air-Stream Turbine”, our team faced a new challenge. The “Air-Stream Turbine” already ensured LIDAR compatibility and featured an improved torus channel, yet many users lacked confidence in modifying their printers, fearing damage to original components. This hesitancy was clearly evident in the feedback received. Many were deterred from printing and assembling the model.

We understood the need for improvement. To enhance the user experience, prioritizing user-friendliness was essential. We decided to design a complete front housing assembly, fusing the “Air-Stream Turbine” with a suitable upper component. This resulted in a model with a significantly improved torus channel and a complete front housing unit, fully printable without supports, which we named “Air-Stream-Fusion”.

Once again, I express my sincere gratitude to the team, who dedicated countless hours over months to this project's development. The design was iteratively refined, modified, and rigorously tested. Special thanks to Paul, who tirelessly evaluated numerous designs and contributed immense personal time to ensure compatibility.

We reiterate the strict prohibition against remixing this design, as no unnecessary phases or rounding have been added. Fourteen versions are available to suit diverse preferences.

Those adapting this to an X model should ensure compatibility with the X1C or X1E. Users of P1P or P1S models generally need not worry, as models designed for the X1C or X1E are typically compatible with the P1P and P1S.

The key difference is the P-series models lacking the internal structure for the housing group lighting, a feature exclusive to the X-series.

How do I choose the right model?

First, determine your preferred aesthetic: enclosed or open with a patterned design.

Closed look = F

Airy patterned look = M
 

Next, identify your printer series: P (P1P/P1S) or X (X1C/X1E).

X series (X1C/X1E) = X

P series (P1P/P1S) = P
 

This yields four combinations: FX / FP / MX / MP

These codes, while indicative of compatibility, are further classified by model designations like P1S, X1C, REVO, or styles such as Lettering or Big Logo. Choose according to your preference. Note: REVO compatibility is explicitly denoted.

Some models are (or should be) BIQU Panda REVO compatible*. However, thorough testing was impossible due to our lack of access to this hotend. We incorporated feedback describing necessary “Air-Stream Turbine” modifications for BIQU Panda REVO compatibility. We eagerly anticipate feedback on the modified design to confirm usability. Until then, these are classified as “TEST MODELS”.

Most models require two colors. One model is monochrome, and the FX X1Carbon model needs three, preferably white, or transparent/natural ABS, allowing the internal lighting to show through, as with the FX Clear model.

The torus channel is slightly larger than in the “Air-Stream Turbine,” bringing it two millimeters closer to the nozzle, mirroring Bambulab's original design for improved airflow.

The models are, barring adhesion problems, fully printable without supports (see time-lapse). Claims of unprintability are unfounded. Consider a brim if adhesion proves problematic. Heat-resistant materials are recommended; we use ABS. Original-size 4x2 and 2x2 magnets are required; ensure correct orientation during installation. We recommend using our print profiles, or applying the equivalent values as slicer settings significantly impact the final result.

We avoid repeating information already provided for the “Air-Stream Turbine.” Refer to the model or video documentation as needed.

Enjoy the new “Air-Stream-Fusion” unit!