MESHOPIAModel sheet · for your workshop
Other Printer Parts & Upgrades
Klipper configuration for CR-10
Authorship, licence & source
- Original author
- BeppeITA
- Publishing account
- Meshopia
- Licence
- CC0 · Public domain · Full terms
- Availability
- Free package hosted by MESHOPIA
- Listed contents
- 2 files · STL · ZIP
- Declared source
- Printables
- Source link
- https://www.printables.com/model/307539
Read the licence terms on the original listing. This sheet does not replace those terms or grant file access or additional rights.
Project documentation
- Assembly manual
- Not identified in the file list
- Bill of materials
- Not identified in the file list
Grouped by filename, without inspecting contents. Links lead to the public model listing; this sheet does not include the documents or grant access to paid downloads.
Before making: confirm additional parts, electronics, tools, scale and mounting points with the creator. A bill of materials does not establish that the assembly has been built or tested.
Print preparation
- Print status
- Not verified
Published description
This model provides configuration files for Klipper and Fluidd designed for a modified CR-10 3D printer. The purpose is to serve as a starting point for users looking to implement Klipper on a semi-original CR-10 setup. 1
Practical uses include enabling high-speed printing capabilities. The author reports that the setup can achieve 2000mm/sec² acceleration and 100mm/sec printing speeds with good quality, provided the filament temperature is increased by 10°C. The author personally uses more conservative settings of 1000mm/sec² acceleration and a maximum speed of 80mm/s. Using a lighter bed instead of the original glass may allow for higher speeds.
Included parts consist of configuration files for Klipper and Fluidd (provided in klipper.zip) and a CHEPCalibrationCube.stl file.
Assembly and hardware context: The author's specific hardware modifications include a dual gear red extruder, a PEI bendable bed, and an all-metal hot-end clone. The system utilizes a Raspberry Pi 3B with a clean OS, installed via Kiauth. A relay is connected to pin21 of the Raspberry Pi to allow for power control (turning the CR-10 on/off). Regarding software tuning, the author notes that well-configured pressure advance may negate the need for input shaper, and omitting input shaper may reduce print time by 20% due to fewer movements.
Declared changes from the original
AI-assisted English description reviewed against the CC0 source. Original content and author attribution retained; photographs from the author's Printables model gallery.