The Arachne slicing engine is undoubtedly an amazing innovation in fused deposition modeling (FDM) 3D printing. It dynamically adjusts the line width of extrusions to fill in spaces more efficiently than previous methods could. The innovation is thanks to UltiMaker and Tim Kuipers, one of their software engineers who published a paper on an alternative perimeter generation technique. UltiMaker… Continue reading 3D printing – wall generation – Archane
Category: Industrial Automation
3D printing – Different types of nozzle based on material.
Brass Brass is the current standard material used in 3D printing nozzles (Source: Biqu) Brass is by far the most common metal used for 3D printer nozzles. This copper-zinc alloy offers great heat transfer at a relatively low cost. However, while these nozzles tend to be inexpensive, brass isn’t the most resistant material and is… Continue reading 3D printing – Different types of nozzle based on material.
3D printing – Different types of nozzle based on size.
The Importance of Nozzles The so-called Volcano hot ends are specifically designed for higher speeds and temperatures, with claims of processing at least three times more plastic than the regular V6 hot ends. For such reasons, Volcanos require a lengthier nozzle, usually 21 mm from end to end, to promote better thermal conduction. SuperVolcano The third size… Continue reading 3D printing – Different types of nozzle based on size.
3D printing – Using different size nozzle.
The default nozzle diameter for most of today’s printers is 0.4 mm, and the nozzles used in Original Prusa i3 MK3S+ and the MINI printers are no exception. Changing the nozzle takes just a few minutes and it can bring a number of benefits. According to our survey, only approximately 20 % of users tried replacing their… Continue reading 3D printing – Using different size nozzle.
Arduino Sketch for Rain Monitoring System using Rain Sensor, ThingSpeak and ESP32
#include <WiFi.h> #include <ThingSpeak.h> #define WIFI_SSID “YourWiFiSSID” #define WIFI_PASS “YourWiFiPassword” #define CHANNEL_ID 12345678 // Replace with your ThingSpeak Channel ID #define WRITE_API_KEY “YourWriteAPIKey” // Replace with your ThingSpeak Write API Key #define RAIN_SENSOR_PIN A6 // Replace with the analog pin connected to the rain sensor #define LED_PIN 13 // Replace with the GPIO pin connected… Continue reading Arduino Sketch for Rain Monitoring System using Rain Sensor, ThingSpeak and ESP32
Rain Monitoring System using Rain Sensor, ThingSpeak and ESP32
The Rain Monitoring System integrates a rain sensor with an ESP32 microcontroller to capture and analyze real-time rainfall intensity data. Using the ThingSpeak platform, the system uploads this data to the cloud for secure remote monitoring and detailed analysis. This efficient setup allows users to track precipitation trends conveniently, making it a valuable tool for… Continue reading Rain Monitoring System using Rain Sensor, ThingSpeak and ESP32
Arduino Sketch for Real-Time Temperature and Humidity Monitoring System using DHT11 Sensor, ThingSpeak and ESP32
#include <Adafruit_Sensor.h> #include <DHT.h> #include <DHT_U.h> #include <ThingSpeak.h> #include <WiFi.h> #define WIFI_SSID ” YourWiFiSSID ” #define WIFI_PASS ” YourWiFiPassword ” #define DHT_PIN 4 // Replace with the GPIO pin connected to DHT11 #define DHT_TYPE DHT11 #define CHANNEL_ID “YourChannel_ID” // Replace with your actual ThingSpeak channel ID #define API_KEY “ YourThingSpeakAPIKey ” // Replace with your actual… Continue reading Arduino Sketch for Real-Time Temperature and Humidity Monitoring System using DHT11 Sensor, ThingSpeak and ESP32
Real-Time Temperature and Humidity Monitoring System using DHT11 Sensor, ThingSpeak and ESP32
The Real-Time Temperature and Humidity Monitoring System integrates the DHT11 sensor, ESP32 microcontroller, and ThingSpeak platform to provide a comprehensive solution for monitoring environmental conditions. The system enables users to remotely track and analyze temperature and humidity data via a user-friendly interface. System Components DHT11 Sensor: Measures temperature and humidity. ESP32 Microcontroller: Processes and uploads… Continue reading Real-Time Temperature and Humidity Monitoring System using DHT11 Sensor, ThingSpeak and ESP32
Temperature and Humidity Monitoring System using ESP8266 and DHT11 with Arduino Cloud Monitoring
This document outlines how to create a temperature and humidity monitoring system using an ESP8266, DHT11 sensor, and Arduino Cloud Monitoring. The system measures environmental data and sends it to the Arduino IoT Cloud, allowing real-time monitoring from a web dashboard or mobile app. Components Required ESP8266 (e.g., NodeMCU or Wemos D1 Mini) DHT11 Temperature… Continue reading Temperature and Humidity Monitoring System using ESP8266 and DHT11 with Arduino Cloud Monitoring
Arduino Cloud Monitoring
Arduino Cloud Monitoring is a platform that allows users to collect, process, and visualize data from Arduino-compatible devices in real time. It is part of the Arduino IoT Cloud, providing an intuitive interface for creating connected applications. This service enables developers to monitor and control devices remotely, making it ideal for IoT applications such as… Continue reading Arduino Cloud Monitoring