Clear TimeLaps 😀 Prusa MK 4 😃 Printed object Low-Poly Eevee : https://t.co/I9TvHCsqy2

"🌟 Tip for all 3D printing enthusiasts! Did you know you can choose organic, tree-like supports in Prusa Slicer? 🌿 These supports are not only material-efficient but also make post-print cleaning a breeze. Check out this option in your next print for a hassle-free experience!

While experimenting with #PETG printing, I discerned a significant disparity in print quality dependent on temperature. 240°C caused filament blobs, whereas 220°C delivered far superior outcomes. The attached image vividly showcases these distinctions. Tailoring settings to a

🖨️ The Prusa MK4 3D printer is finally in action! 🚀 Yesterday, the courier delivered it in parts, and today, after 24 hours (with a break for sleep), it started creating wonders. The assembly instructions available online on @Prusa3D's website are a true gem - detailed,

After 6 weeks of waiting, it’s finally here 😁 Was it worth it? Time will tell… Now, all that’s left is to put it together.

Control Flow Statements are some of the most critical elements in any programming language. In Arduino, as in most languages, one of the basic control flow statements is the if statement. This simple yet incredibly powerful mechanism allows for the execution of various tasks

👩‍💻🔧 Welcome to #ArduinoBasics! Today, we'll demystify the `for` loop, an essential tool for Arduino programming! 🎉 🤔 **Better Analogy**: Think of a `for` loop like setting your morning alarm clock. You set it to ring at specific intervals, say every minute for 10 minutes,

⏳ Time and Delays in Arduino 🛠️ In Arduino, time management is often crucial for various tasks like sensor polling, actuator control, or even simple LED blinking. Two commonly used functions for time control are delay() and millis(). ⏲️🔍 Delay Function 🔄⏳ The delay()

📚 Understanding digitalWrite in Arduino 🛠️ The digitalWrite function is a staple in Arduino programming, used to set a digital pin to either HIGH (5V) or LOW (0V). 🎯🔌 👉 Syntax: digitalWrite(pin, value); pin: The pin number value: HIGH or LOW 📝 Example: digitalWrite(13,

🔍 Variables in Arduino 🛠️ Variables in Arduino act like tiny storage lockers that hold data to be used or manipulated in your code. 📊 They are essential for making dynamic and interactive projects. To declare a variable, you must specify its type (e.g., int, float, char) and

🔢 Data Types in Arduino: A Comprehensive Overview 🤖 Understanding the different data types available when programming for microcontrollers like Arduino is key. This allows for better management of memory and resources. 🎛️🔍 Basic Data Types: 1. int: Integer numbers ranging

Every Arduino program consists of two main functions: setup() 🔧 and loop() 🔄 The setup() function is called once at the beginning, while the loop() function is called continuously. 🚀🔄 At the beginning of the code, before the setup() function, we can declare global

Title: 👩‍💻 Getting Started with Arduino Uno R4 WiFi 🛠️ Kickstart your Arduino Uno R4 WiFi adventure by downloading and installing the Arduino IDE. This step unveils the potentials of your board. 📥💻 1⃣Connect the R4 WiFi board to your computer using a USB-C cable, laying down

🔍🛠️ Comparing #Arduino UNO R4 WiFi and UNO R3! What to choose? 🎛️ Microcontroller: R4 with 32-bit Renesas RA4M1 vs R3 with 8-bit ATmega328p ⏱️ Clock Speed: R4 at 48 MHz vs R3 at 16 MHz 📶 WiFi: Only in R4 WiFi with ESP32-S3 🗃️ Memory: R4 with 256 kB Flash and 32 kB RAM vs R3

🔧👨‍💻 Explore the capabilities of #Arduino R4 Minima! ⚙️ Microcontroller: Renesas RA4M1 (Arm® Cortex®-M4) 🔌 Operating Voltage: 5V 📌 14 digital I/O pins 🎛️ 6 analog inputs with up to 14-bit resolution ⏱️ Clock Speed: 48 MHz 🗃️ Memory: 32 kB SRAM, 256 kB Flash, 8 kB EEPROM 🎵

🛠️ Arduino Uno R4 WiFi: Bridging Two Worlds 🌐 Meeting of two worlds: The Arduino Uno R4 WiFi microcontroller is a perfect fusion of tradition and modernity. Here's why it's worth your attention! 1. Powerful Computing: Equipped with the Renesas RA4M1 processor and ESP32-S3 WiFi

🖨️ 3D printing is an incredible tool for creation! Here are some fascinating things you can print with a 3D printer: 🧵 Hanging hooks, 🎁 Personalized gifts, 🏰 Architectural models, 🚀 Drone parts, 🌱 Plant pots. What else would you add to this list? 😃 #3DPrinting #Innovation

ℹ️ Prusa MK3 3D Printer: Pros and Cons! 👍 Pros of the Prusa MK3 3D printer: 1.Reliability: MK3 is an excellent tool for hobbyists and professionals, offering stability and print precision. https://t.co/kmMU5e49IN Calibration: The auto-calibration system makes starting a print

🔍 Exploring Creality Ender 3 V2: Pros and Cons 🖨️ Considering the Creality Ender 3 V2 for your 3D printing journey? Let's break down the pros and cons: Pros: 1️⃣ Affordability: Ender 3 V2 offers excellent value for its price, making it an ideal choice for beginners and

🖨️ Exploring 3D Printing on a Budget 🤑 Looking to dive into 3D printing without breaking the bank? You're in luck! Here are the top picks for high-quality 3D printers under $1100, sorted by manufacturers: Creality: 1️⃣ Creality Ender 3 V2 🌟 - A reliable and affordable choice