X1C P1S Smart Lighting Heat Dissipation accessory
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Description
Boost Me (for free)
Thank you all for your support and recognition all along. To express my gratitude to you, I will release all the paid models for free recently for everyone to download and print. I hope that you will continue to support me as always in the future, because this is the greatest motivation for me to keep creating and updating models.
Membership
First of all, thanks to @MrDong for sharing. Based on the author's improvement on the effect of the enhanced lighting system for the Bambu Lab X1C and P1S, a brand-new optimized design has been carried out for the appearance. This includes adopting a more reasonable locking connection for the accessories to make it more stable. Further optimizations have also been made in terms of functions and details, covering modules, buttons, power supplies and so on. The electric telescopic rod has been removed, and a manually controlled heat dissipation chamber that is more economical and convenient to assemble has been adopted instead.
Thank you all so much for your support! I’ve been busy with the design and development of the P2S version recently, and I apologize for the lack of updates.
The P2S version will be released on MakerWord in mid-November. It features a fully redesigned appearance, integration with the CyberBrick kit for connectivity with Mi Home devices, and motorized air grille blades. It will also come with a more powerful cooling fan, along with many other functional upgrades.
Thank you for your anticipation and support!
20251014 update
1.Some errors in the assembly instructions have been corrected.
2.Some details have been optimized and the version error of the front cover in the P1S version has been corrected.
1、Issues regarding printer space and operational convenience
Solve the possible operational limitations caused by the limited height of the Bambu Lab X1C, P1S, and P1P printer bodies. Expand the equipment's usable space through the "heightening" design, solve the problem of friction between the Teflon feeding tube and the top glass cover, and extend the service life of the Teflon feeding tube.
2、Issues regarding printing heat dissipation and material compatibility
Add four-fan intelligent control for exhaust heat dissipation to specifically address the heat dissipation difficulties of the Bambu Lab X1C in the "enclosed box printing" state, especially the heat dissipation requirements when printing with PLA materials, and avoid nozzle clogging caused by poor heat dissipation due to excessive internal temperature after the box is closed. When the temperature of the PLA during printing is too high, there is no need to open the glass door of the printer. It can cooperate with the Mi Home intelligent thermometer to achieve Mi Home intelligent control and automatically turn on the heat dissipation fans for heat dissipation, avoiding the problem of PLA nozzle clogging caused by forgetting to open the glass door for heat dissipation for some reasons.
3、Issues regarding printing environment lighting
The bracket integrates the intelligent "LED lighting" function to make up for the problems of insufficient brightness and limited lighting range of the printer's built-in lighting, clearly illuminating the printing platform and model details, facilitating users to observe the printing progress in real time, and increasing the brightness and clarity for time-lapse photography.
4、Convenience of control and intelligent expansion
It supports the intelligent control method of the Mi Home APP, including button control, mobile phone control, and voice control, and can be integrated into the Mi Home ecosystem to achieve "remote control". Users do not need to operate the printer at close range. They can remotely turn on/off the bracket lighting and adjust heat dissipation-related functions through the Mi Home APP, which conforms to the usage scenarios of intelligent homes and can be linked with air purifiers to enhance more usage functions.
5、Filter cotton can be added to the rear fan chamber to optimize the basic filtering.
Link with Mi Home smart home system
Achieve intelligent linkage control through the Mi Home intelligent hub. Set the upper limit temperature on the Mi Home Temperature and Humidity Sensor 2. For example, when printing PLA unattended, the heat dissipation fans will be automatically turned on when the temperature exceeds 40 degrees. Of course, they can also be manually controlled to turn on when people are present. In addition, since the LED lights that come with the machine are relatively dim, now the auxiliary lights can be turned on and off remotely at any time and anywhere, making the overall light brighter and the display clearer. Thanks to the enhanced lighting system, the light is also brighter and clearer when shooting time-lapse photography.
Required accessories:
Mi Home-accessed DC 12V - 24V Three-way Mesh Bluetooth Intelligent Control Module (with Power Supply MOS Version) 1pc
DC 5.5mm 12V - 2A Power Adapter 1pc
12V Cooling Fans (40x40x10mm, 4010) 4pcs
Xiaomi Mi Home Temperature and Humidity Sensor 2 (43x43x12.5mm) 1 pc
Solar-powered Mini Temperature and Humidity Sensor (50x30x14mm) 1 pc
12mm Metal Self-locking Switch (with 12V - 24V white power light icon) 1 pc
8mm Metal Self-resetting Switches 2 pcs
DC 5.5x2.5 Power Socket 1 pc
10x2x2mm Rectangular Magnets 24 pcs
M3x5x4.2 Hot-melt Copper Nuts 20 pcs
Black Iron M3x6 Countersunk Head Screws 20 pcs
10m of #30 Red Wire & 10m of #30 Black Wire
60PPI Filter Cotton (50x50x5mm) 1 pc
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License
You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.
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