RepPanel_ESP32

screenshot of RepPanel_ESP32

Alternative to PanelDue. Embedded UI for Duet & RepRap based 3D printers. Running on the ESP32. Optimized for 3.5" displays. WiFi or UART connectivity.

Overview

RepPanel HWv2 represents an exciting advancement for users of RepRap-based 3D printers, offering a range of impressive features designed to enhance the printing experience. With its new performance improvements and streamlined design, it's built to make 3D printing more accessible and efficient, whether you're a novice or a seasoned maker. This upgraded version streamlines the printer setup process while maintaining affordability, making it a compelling option for many 3D printing enthusiasts.

The new features of RepPanel HWv2, combined with its wireless capabilities and intuitive interface, present a significant upgrade over the older HWv1 version. Focused on ease of use and an improved user experience, this updated panel minimizes the hassle associated with traditional control methods, allowing users to focus on their creations instead.

Features

  • Quick Boot Time: RepPanel boots in approximately 1 second, allowing users to get started with their 3D printing tasks almost immediately.
  • User-Friendly Interface: Designed for 3.5" touch panels, it offers a simple interface that makes navigating printer settings a breeze.
  • Wireless and Wired Connectivity: Connects easily via wireless connections or through UART/PanelDue ports for flexible operation.
  • Job Management: Start, stop, pause, and resume print jobs directly based on files stored on the Duet's SD card.
  • Temperature Control: Set and monitor tool and bed temperatures effortlessly, ensuring optimal printing conditions.
  • Print Job Monitoring: Keep track of print progress, including percent complete, elapsed time, and current layer status.
  • Enhanced Simulations and Macros: Run print job simulations or configure macros for recurring tasks, streamlining the workflow.
  • Automatic Reconnection: Ensures a seamless connection is maintained even in fluctuating network conditions.