AlbiLAB Petri dish stand
Petri dish stand for a variable scientific kit.
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Liczymy pasujące modele…
Petri dish stand for a variable scientific kit.
I have attached a Fusion model that is precisely designed according to the measurements. However, when printed on the MK4S, the result was slightly different, mainly due to bridge printing. After enlarging the openings by 1mm, the printed…
Test tube rack for a variable scientific kit
Cube plugs for a variable scientific kit.
Control your AlbiLab remotely with ESP8266 and code from GitHub . Wi-Fi connectivity enables remote control with full compatibility with AlbiLab and secure access just for you. You can control sensors, collect and monitor data, or…
For this model, I used the following filaments: PLA Conductive filament Proto-Pasta Prusament PETG Magnetite 40% Grey and PLA. I used an Arduino ESP32, code here
Enhance your AlbiLAB scientific station with a custom-designed 3D-printed lid featuring an integrated holder for a float switch and water pump. This bespoke accessory facilitates precise liquid level control, optimizing your experimental…
Opaque 3D-printed cover for the AlbiLab box, designed for easy printing and compatibility with the original device.
There are two holes on the project that are used to attach the circuit board with screws.
There are five holes on the board, the big hole is for ventilation and the four holes are for screws.
This model is specifically designed as a shade cover for the Albi Lab. To print it successfully, you'll need the MMU3 , a hardened nozzle , and magnetic filament like Prusament PETG Magnetite 40% Grey. The MMU3 is essential because it…
Let's dive the pump all the way down! And the level probe with it!
When you need it to be dark inside the box, but sometimes want to take a look inside, now you just slide the lever. The entire mechanism is fully 3D printable, without supports and designed so that everything happens on the inside. This…