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Bambu Lab CyberBrick Time‑Lapse Kit

Ref.: BL-CYBRICK-NOCABLE

17.99 €

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Approximate delivery date: Monday 19 January - Wednesday 21 January

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Description
Usage tips

The Bambu Lab CyberBrick Time-Lapse Kit is an accessory for 3D printers that automatically captures the printing process in time-lapse format, making it ideal for documentation, promotional content, process analysis, or creating professional additive manufacturing videos.

The kit includes a multifunction central board (Core Board) that manages timing, a Trigger Expansion Board for controlling camera activation, the necessary mounting screws, and a connection interface (4-pin or 6-pin depending on the variant) that allows the kit to be connected to the printer and to the camera or servo trigger.

It is compatible with Bambu Lab printers (according to the series specified by the manufacturer) and supports multiple triggering methods, including Bluetooth, wired shutter, or servo-based activation. This allows flexible use with smartphones, DSLR cameras, or combinations of up to four capture devices simultaneously. Although the electronics are included, no printed parts are supplied; these must be printed or obtained beforehand following the official documentation.

Image 1: Several possible uses of the CyberBrick Timelapse Kit. Source: Bambu Lab

This small guide will help you choose the correct product based on the printer in which it will be installed:

Series A (Full Kit - ZH074)
Use a 4-pin cable to connect to the printer’s 4-pin interface.
A1: The interface is located on the back of the printer.
A1 Mini: The interface is located on the right side of the printer.

Series X/P/H2

Without AMS: Use a 4-pin cable to connect to the printer’s 4-pin interface. (Full Kit - ZH074)
With AMS: Use a 6-pin cable to connect to the 6-pin interface on the AMS. (Full Kit - ZH075)

The kit is also available without the connection cable (Time-lapse Kit - ZK005) and the expansion board can be purchased separately (Expansion Board - XA015).

Its advantages include automated photo triggering synchronized with the printer—eliminating the need for manual intervention—high flexibility thanks to compatibility with different activation methods and cameras, and easy integration into existing workflows, as the board comes with ready-to-use firmware.

It is recommended to use the required printed parts, rely on the official software to ensure compatibility, prevent smartphones from turning off during long prints, and avoid updating firmware with third-party tools to maintain stability and warranty. This kit is especially useful for studios, workshops, makers and professionals looking to document their 3D prints, generate visual material, or analyze internal processes, enabling layer-by-layer capture and export of high-quality time-lapse videos.

Preparation and installation: install the included multifunction board and time-lapse trigger board; connect the module to the appropriate 4-pin or 6-pin port on the printer using the corresponding Bambu Bus cable according to the Bambu Lab printer model (A1, P1, X1, H2, etc.). The kit comes with preloaded firmware to get started quickly with image capture.

Camera pairing: after installing the kit, pair the camera or smartphone via Bluetooth by pressing the multifunction button on the module; if a wired trigger or a servo motor is used for a camera without Bluetooth, connect the trigger cable or the servo to the dedicated connector.

Timelapse configuration in the software: enable the time-lapse function in the printer software (for example, in Bambu Studio select the “smooth timelapse” mode) so that the printer sends the trigger signal after each printed layer.

Camera positioning: place the camera or smartphone in a stable position facing the print, ensuring that it does not interfere with the movement of the bed or the print head. If cameras with manual focus are used, adjust the focus distance and lock the screen to prevent automatic shutdown during long runs.

Trigger control and testing: before starting a full timelapse, perform a trigger test by pressing the module button to verify that the camera captures photos correctly. This helps identify Bluetooth or wiring connection issues before printing a long model.

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