The time has finally come that I can release my new Ultimate Smart Home Sensor. It took me over a year refining this case, the components to choose and the software. But now I am finally happy with everything and proudly present to you all the opportunity to build your own. I created a comprehensive instruction manual so everyone can build it. You only need soldering skills, a couple of hours of your time and about 60-70€ for the components.

Organize your H2 Smoke Purifier hose! 🌪️ I designed this screw-top container to hold the standard ~110mm exhaust pipe. 🔥 Best feature: It fits the hose WITH Clough42's Quick Connect adapters attached! No need to disassemble anything—just compress the hose and store it away. Keeps your workspace clean and dust-free. #Newmodel(Edited)

Desktop solder fume hood for the Bambu Lab H2 Smoke Purifier using the same Quick-Connect system as the original H2 hood adapter. Designed for wide-area fume capture rather than point suction, ideal for soldering at a 10–20 cm working distance. Large 240×240 mm opening, stable freestanding design, support-free FDM print. Quick-Connect interface is pre-scaled for smooth locking and rotation. #Newmodel

When I started building my smart home, I realized that most devices only cover very specific use cases. To get full functionality in each room, you usually need to buy multiple different devices. My goal with this project was to create the ultimate DIY smart home sensor device that integrates all the essential sensors. This is the second iteration of the design which improves on a lot of things. Including different esp32 variants. #Newmodel

My new print the Ultimate Smart Home Sensor Case is almost ready for you. #Newmodel #Comingsoon(Edited)

I created this set of 10 unique snowflake ornaments to add a clean and elegant touch to Christmas decorations. They print easily in PLA with 0.2 mm layers and no supports needed. Perfect for trees, windows, or gift wrapping. Feel free to scale, or recolor them — and share your makes!

Add a personal touch to your Christmas dinner! These engraved beech wood raclette coasters make perfect gifts and festive table decorations. Simply customize the name and choose your favorite holiday greeting. A quick, charming project that brings warm Christmas vibes to your table.

I lasered this onto a bamboo cutting board and gifted this to my sister.

This project combines power control and environmental sensing in a single, compact form — ideal for Shelly enthusiasts who want to expand their smart home ecosystem without complex installation! 🏡✨🔧

Hello everyone 👋, this has been one of my biggest projects so far. When I started building my smart home, I realized that most devices only cover very specific use cases. To get full functionality in each room, you usually need to buy multiple different devices. My goal with this project was to create the ultimate DIY smart home sensor device that integrates all the essential sensors needed to achieve the following: #Newmodel(Edited)

Freestanding ball head mount with flat base 🪛. Just place it on any flat surface – no screws or adhesive needed. Includes cable pass-through and adjustable ball joint for flexible positioning. Print in PLA, 0.2 mm layers, 3 walls, 15–20 % infill. Manual supports only at the ball head socket.

Flat ball head mount 🪛. Attach to walls or furniture using strong double-sided tape – no screws required. Device can be rotated freely via ball joint. Print in PLA with 0.2 mm layers, 2 walls, 15–20 % infill. Manual supports only at the ball head socket.

Adjustable ball head mount with clamping screw 🪛. Fits on desks, shelves or IKEA Kallax without drilling. Cable pass-through included. Print in PLA with standard settings (0.2 mm, 2 walls, ~15–20 % infill). Manual supports needed only at the ball head socket.

Adjustable ball head mount with clamping screw 🪛. Fits on desks, shelves or IKEA Kallax without drilling. Cable pass-through included. Print in PLA with standard settings (0.2 mm, 2 walls, ~15–20 % infill). Manual supports needed only at the ball head socket.

A spacer for the hydroponic tower with an integrated printed mesh grid.The mesh density can be changed in the bambu studio slicer by changing the infill percentage of the mesh objects. The diameter of the tube cutout can be changed in the slicer by scaling the tube cutout object.

Customizable cable gland for enclosures 💧. PETG parts provide strength, TPU gasket & sleeve give splash protection and strain relief. Cable sleeve diameter can be adjusted in Bambu Studio for a perfect fit. Easy to print (no supports, 0.2 mm layer, 3 walls, 15 % infill). PLA not recommended.

2x4x5 gridfinity bin for storing 3x3.5" and 1x2.5" hard drives. Includes a top piece for stacking more gridfinity bins! This is a remix of a model by @thestevemarshall at https://www.printables.com/model/598975-gridfinity-35-hdd-storage/ with wider tolerances on each bay. Also I added a 2.5" slot in the remaining space. Same changes were made to the optional lid for stacking.