ERCF V2.0 Multi-material feeder 12 positions

Enraged Rabbit Carrot Feeder ERCF V2.0 8 Kit

This kit has been certified by the creators of ERCF 2.0.

ERCF V2.0 is an enhanced multi-filament feeder designed for 3D printers, allowing automatic switching between different filaments during printing. This kit includes all necessary plastic parts for assembling the feeder, which is especially popular among VORON printer users.

Main Advantages

• 12 Channels: Allows the use of up to 12 different filaments.
• Improved Design: More robust construction with chromed optical shafts and technical plastic bearings for smooth and quiet operation, enhancing stability and reliability compared to the original version.
• Advanced Printing Automation: Enables reliable automatic switching between multiple filaments, significantly simplifying and streamlining the printing process.
• Highly Modular System: The number of filaments can be easily adjusted according to user needs, with the option to add or remove filament units. This is a significant improvement over the basic modularity of the original version.
• Extended Compatibility: Primarily designed for VORON printers, but also compatible with other 3D printers running on Klipper and RRF systems.
• High-Quality Materials: Plastic parts are printed from PolyMaker ASA material, known for its durability and stability.
• Wide Filament Compatibility: The feeder is compatible with most common filament types, including PLA, ABS, ASA, PETG, TPU, and others.
• Advanced Hardware: Utilizes a custom ERB module based on the MCU RP2040 for better performance and reliability, a significant step forward compared to the standard modules of the original version.
• Improved Firmware: Fully utilizes the Happy Hare firmware for MMU control and includes extensions for Klipper Screen for a better user experience.
• Additional Extensions: Includes optional components like Enraged Rabbit Cotton Tail (ERCT) for better filament management and Enraged Rabbit Filametrix (ERF) for more precise filament cutting, which the original version did not offer.

Product Usage

ERCF V2.0 is ideal for users who want to print complex models with multiple colors or materials without the need for manual filament switching. This system is suitable for both professional and hobby 3D printers looking for an efficient and reliable solution for multi-filament printing.

Technical Specifications

• Compatible Printers: VORON Switchwire, VORON Trident, VORON 2.4 R2, and other printers running on Klipper or RRF
• Number of Filaments: Highly modular system allows easy adjustment of the number of filaments
• Supported Filament Diameters: 1.75 mm and 2.85 mm
• Compatible Filament Types: PLA, ABS, PETG, TPU, and other common types
• Hardware: Custom ERB module with MCU RP2040
• Firmware: Happy Hare with Klipper Screen extension

Package Contents:

• Electronics: ERB control unit with RP2040 processor and other components.
• Accessories: Screws, nuts, cables, and detailed instructions.
• STL Files: For optional or replacement parts.

Significant Differences from the Old Version

• More Robust Construction: Chromed optical shafts and technical plastic bearings for better stability and quiet operation.
• Advanced Hardware: Custom ERB module with MCU RP2040 for higher performance and reliability.
• Improved Firmware: Happy Hare firmware with Klipper Screen extension.
• Modularity: Ability to easily add or remove filament units.
• Additional Extensions: Optional components like ERCT and ERF for better filament management and precision.

Project Link: https://github.com/Enraged-Rabbit-Community/ERCF_v2

ERCF 2.0

Enraged Rabbit Carrot Feeder (ERCF) version 2 offers significant improvements over the original version, including more robust construction, advanced hardware and software, and higher modularity. For users looking for an efficient and reliable tool for multi-color printing automation, ERCF V2.0 is a suitable choice. Investing in this version pays off with better performance, quieter operations, and the ability to easily expand the system according to future needs.