In our AGH Biomarkers Analysis LAB, we are integrating syringe pumps to improve precision in fluid handling for biomarker research. These pumps enable accurate dosing, enhancing reproducibility in microfluidic and analytical applications. Automation streamlines workflows, reducing human error and increasing efficiency. This innovation supports cutting-edge biomedical research, pushing the boundaries of diagnostics and personalized medicine.

Introducing my latest project: a custom-designed, 3D-printed enclosure for the Raspberry Pi Zero, inspired by the sleek design of the PS5! Perfect for gamers and tech enthusiasts who want their Raspberry Pi to stand out.

I've designed and 3D printed a specialized hanger for a painting received from an artist. This hanger ensures the canvas remains undamaged, thanks to its high-quality materials and precise design. It's perfect for art collectors who value both aesthetics and functionality. Check out my project and let me know what you think!

Just designed and 3D printed the Tertial Foot for IKEA's Tertial lamp! It's perfect for giving your lamp a stable, stylish base. Whether you love DIY projects or need a quick home improvement. #IKEA #TertialFoot #3DPrinting #DIYProjects #FurnitureModding #HomeImprovement #MakerCommunity #CustomFurniture #InnovativeDesign #Handmade

I've just modeled and 3D printed the SMA-M6 Torque Wrench! It's perfect for SMA connectors and can also be used with an M6 wrench. Thanks to precise 3D printing, the tool is durable and accurate. It's a great solution for RF technicians and electricians. Check out my project and share your thoughts! #SMAConnector #TorqueWrench #3DPrinting #PrecisionTools #RFConnectors

I've just modeled and 3D printed the SMA-M5 Torque Wrench! It's perfect for SMA connectors and can also be used with an M5 wrench. Thanks to precise 3D printing, the tool is durable and accurate. It's a great solution for RF technicians and electricians. Check out my project and share your thoughts! #SMAConnector #TorqueWrench #3DPrinting #PrecisionTools #RFConnectors

This is my version of the SCRUFE C++ robot, using Motor Shield v3 and an HC-SR04 ultrasonic sensor. For the rear wheel, I used 2x MF104ZZ bearings, two M4 washers, and one M4x12 screw. Power comes from 6x AAA batteries (3x per side). I also redesigned the rear wheel. Wall-E eyes are optional but cool! 😃 🎥 Video https://www.youtube.com/watch?v=w64z-F4mwp4 ☕ Support me: Buy me a coffee https://buycoffee.to/stanley-3d Thanks! 🚀

Hey everyone! 👋 I’ve been working on a Zumo Plow version that integrates the VL53L0X Time-of-Flight sensor for precise distance measurement and obstacle detection. This sensor is a great replacement for Sharp IR sensors, offering better accuracy, stability, and performance in various lighting conditions. The goal is to improve autonomous navigation and obstacle avoidance for robotic applications. The VL53L0X provides millimeter-level precision, making it ideal for small robots like Zumo 🚀🔧

Hey everyone! 👋 I’m working on a project called Plow and Plate, which utilizes the Sharp GP2Y0A21YK0F distance sensor for precise measurement and obstacle detection. This infrared sensor is great for applications requiring reliable object detection within a 10-80 cm range. I’m planning to use Arduino to process the data and integrate it with other components. This could be useful for automation, robotics, or obstacle avoidance systems. Looking forward to your feedback and suggestions! 🚀🔧

Hey everyone! 👋 I’ve just completed a 3D-printed prototype of a new cabinet knob, designed for kitchen and office furniture. The goal was to create a balance between modern aesthetics, durability, and ergonomic comfort. The current version is printed in high-quality PLA, but I’m considering resin or even metal-infused filaments for added strength and a premium feel. The design features a minimalist look with a comfortable grip, making it perfect for everyday use. 🚀🔧

Hello everyone, I am excited to announce that my latest project, GRIP-SPR, is now live in the Physics Education Design Contest! This innovative attachment for SPR spectroscopy allows for precise angular measurements, advancing both scientific research and education. Why GRIP-SPR? GRIP-SPR stands out due to its cutting-edge technology, making it an indispensable tool for both researchers and educators.

🌟 New at our café! 🌟 Introducing the exclusive "Cooke Cutter Swallow - 80mm" 3D model, crafted especially for Two Swallows Café. 🍪✨ Come visit us and enjoy our delicious cookies with a beautiful swallow design. It's the perfect way to sweeten your day! 😊 Follow us on Instagram @dwiejaskolkicafe and stay updated with our latest offerings! 📸

🌟 New at our café! 🌟 Introducing the exclusive "Two Swallows Coffee Stencil - 90mm" 3D model, crafted especially for Two Swallows Café. ☕️✨ Come visit us and enjoy a coffee with a beautiful swallow design. It's the perfect way to start your day with a smile! 😊 Follow us on Instagram @dwiejaskolkicafe and stay updated with our latest offerings! 📸

Hey everyone! I just finished printing a 3D cookie cutter in the shape of a Beagle! Inspired by this amazing breed, I wanted to create something that’s both functional and cute. I used PLA material, and the details are really spot on – from the ears to the expressive face. Perfect for cookies and other baked goods! If anyone’s interested, I’d be happy to share the file. What do you think of this project? 😊

I just finished printing a cute 3D cookie cutter in the shape of a French Bulldog, inspired by my friend's dog! 🐾 It's a fun way to show some love for this adorable breed. I used PLA material, and the details are spot on, from the unique ears to the little wrinkled face.

Hey everyone! I just finished printing a 3D cookie cutter in the shape of a Labrador Retriever! Inspired by my own dog, I designed this cutter to make fun and cute treats. I used PLA material, and the details are surprisingly accurate – from the ears to the face.