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#cr-10

Descubre modelos 3D etiquetados como cr-10 y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Buscar esta etiqueta en el catálogo →
Vista de CR-10 Legs

CR-10 Legs

CR-10 Legs Purpose These legs are designed for a CR-10 or any other 4020 extrusion base. They serve as a support structure for the printer frame. Practical Uses The model includes 4020 extrusion legs as the primary component. Additionally, the author includes 2020 extrusion legs intended for providing extra support at the front and back of the base. This assembly requires no screws. During installation, users must rearrange wires and attach the bed wire to prevent it from getting stuck on the back corner. Included Parts - 4020 Legs - 2020 Legs Printing and Assembly Guidance When importing objects into the slicer, they must be oriented upright. The author used an Elegoo Neptune 4 max with Orca Slicer using the following settings: - Layer Height: 0.24 mm - Walls/Perimeters: 2 - Make overhangs Printable: On - Infill density: 10% - Infill pattern: Cubic - All other settings were standard.

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Vista de Ender 3/Pro/5/Cr-10 Knob for Extruder

Ender 3/Pro/5/Cr-10 Knob for Extruder

Ender 3/Pro/5/Cr-10 Knob for Extruder Purpose This model is a replacement or upgrade knob designed specifically for use on a 3D printer extruder. Practical Uses According to the author, this part is intended to be printed and placed onto the existing extruder knob. It is reported to be compatible with the Ender 3, Ender 3 Pro, Ender 5, and CR-10 models. The author notes that it might also work with most other Ender series printers. Included Parts - Ender_3_Extruder_Knob1.stl

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Vista de FILAMENT GUIDE for CR-10 3D printers

FILAMENT GUIDE for CR-10 3D printers

FILAMENT GUIDE for CR-10 3D printers Purpose This model is a filament guide designed specifically for users who have their filament spooler located on top of the printer. Practical Uses It serves to direct the filament from a top-mounted spooler toward the printer's extruder, utilizing a PTFE tube to manage the filament path. Included Parts The design is intended to be used with an M5 bolt and a T-shaped nut. The author specifies using the T-shaped nuts provided with the CR-10 profiles, along with a PTFE tube. Assembly Guidance Assembly requires securing the guide to the printer profiles using the M5 bolt and the T-shaped nuts supplied with the CR-10. A PTFE tube is used in conjunction with the guide to facilitate filament movement.

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Vista de Creality Heatbreak for Ender and CR-10 Series Printers

Creality Heatbreak for Ender and CR-10 Series Printers

This model represents the Creality heatbreak used in the Ender and CR-10 series printers, specifically including the CR-10 V2 and V3 models. Purpose The author intends for this model to serve as a design aid for users creating modifications for Creality printers. Practical Uses While the author notes the model could be printed, its primary intended use is as a reference for designing custom parts or modifications compatible with the Ender and CR-10 series hardware. Included Parts The download includes the following files: - Creality CR-10 V2_V3 Heatbreak (.step) - Creality CR-10 V2_V3 Heatbreak (.stl)

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Vista de BMG Aero Direct Extruder Mount For CR-10

BMG Aero Direct Extruder Mount For CR-10

Purpose This model provides an extruder mount and a layer fan mount designed for the Mellow Store. It is intended for use with a CR-10 or Ender 3 style carriage paired with an E3D volcano extruder. Practical Uses The components allow for the mounting of an E3D volcano extruder and a layer fan onto specific printer carriage configurations. Included Parts - Extruder_Mount.stl - Extruder_Mount_Right_Offset.stl - BLTouch_Mount.stl - Layer_Fan_BLTouch_Rail.stl

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Vista de Creality CR-10 All-In-One (AIO) Prusa Style Case System

Creality CR-10 All-In-One (AIO) Prusa Style Case System

Creality CR-10 All-In-One (AIO) Prusa Style Purpose This work-in-progress project is designed to reorganize a Creality CR-10 into a Prusa i3 style configuration. The objective is to mount the LCD at the front of the machine while housing the control board, MOSFET, fans, and power supply in the rear. The design utilizes magnets to allow for easy access to the panels. Practical Uses This model serves as a housing solution for users looking to consolidate electronics. It is intended for advanced users, as the author notes it is not for beginners. It requires significant custom work, including additional wiring, crimping, connectors, superglue, and fasteners. Included Parts The project includes 3MF files for the power supply case and lid, the control box case and lid, and the LCD case (front, back, and mount). STEP files are also provided for the LCD Mount, CR-10 Control Box, and CR-10 power supply to allow for manual alterations. Assembly Guidance Assembly requires magnets (to be glued to lids and cases), an LCD cable, heat-set inserts, and wire loom. The author notes that some heat-set inserts may be difficult to install. Additionally, the holes for the power plug and power switch in the power supply case may require manual enlargement by approximately 2mm to accommodate components.

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Vista de CR-10 Blockhead Direct Extruder V5 / V6 long

CR-10 Blockhead Direct Extruder V5 / V6 long

This model is a remix of thing:2759439 designed specifically for the CR-10 printer. Its purpose is to facilitate the installation of a Blockhead, a Direct Extruder, and a V5 or V6 long Hotend. Unlike the original version, this remix is designed to utilize the full 400mm build volume of the printer. To accommodate the specific requirements of the V5 long hotend, the Blockhead is mounted deeper in this configuration. 1. Included Parts: The provided files include the CR10_Blockhead_Direct_V6_long_v1_complete.3mf. 2. Assembly Guidance: The author notes that an endstop for the X axis must be fabricated separately by the user.

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Vista de 5015 Blower modification for CR-10

5015 Blower modification for CR-10

5015 Blower modification for CR-10 Purpose This model is a modification designed for the CR-10 printer to facilitate the attachment of a 5015 blower fan for part cooling. The design aims to address limitations found in many existing CR-10 fan adapters that only provide cooling to one side, instead providing airflow to reach both sides for improved part cooling. Practical Uses This modification is intended for users looking to upgrade their CR-10 part cooling system by utilizing a 5015 blower fan to ensure more comprehensive airflow across the printed part. Included Parts - 5015.stl Printing and Assembly Guidance The author recommends printing this part using PETG or ABS, though states that you may print it using whichever material you feel is best.

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Vista de Klipper configuration for CR-10

Klipper configuration for CR-10

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.

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Vista de Ender 3 / CR-10 / Ender 2, etc Nozzle Measurement Tool

Ender 3 / CR-10 / Ender 2, etc Nozzle Measurement Tool

Ender 3 / CR-10 / Ender 2, etc Nozzle Measurement Tool Purpose This tool is designed to help measure the distance between the printer nozzle and the screws used to secure the stock Ender-3 heatsink. According to the author, it is primarily intended to assist in designing new mounts for custom setups. Practical Uses Users can utilize this tool to determine precise spacing for custom hardware configurations. The tool features a scale where each line effectively represents 1mm. The total distance from the center of the screws to the bottom of the tool is 55mm. Included Parts - NozzleGauge.stl Compatibility Designed for use with Ender 3, CR-10, Ender 2, and similar models using the stock heatsink screw configuration.

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Vista de Spool Holder CR-10 V3

Spool Holder CR-10 V3

Spool Holder CR-10 V3 Purpose This collection provides various STL files for components installed on a CR-10 printer. The set includes a mix of original designs by the author and components sourced from other Thingiverse posts. Practical Uses These parts are intended for printer upgrades or modifications, specifically focusing on cable management and filament handling for the CR-10 series. Included Parts The collection consists of the following files: - Soporte Cable Eje Z CR-10 V3.stl - Soporte Cable Extrusor.stl - Spool Holder A.stl - Base Filamento CR-10.STL - Montaje B.stl - Montaje A.stl - Spool Holde B.stl

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Vista de Tool Holder for CR-10

Tool Holder for CR-10

This model is a merged design created to fit a CR-10 printer. It combines the Tool Holder by SkyGuy with the Side Spool Holder for 2020 Rail (designed for CR-10 Smart and others) by Ed Ropple. Purpose The purpose of this model is to provide a combined storage solution for tools and a side spool holder specifically adapted for the CR-10 printer frame. Practical Uses It serves as a printer upgrade to organize tools and manage filament spools by utilizing the 2020 rail system on the CR-10. Included Parts The download includes the following file: - Tool Holder (2).stl Printing and Assembly Guidance The author instructs that the file must be reduced to 10% of its original size when printing to achieve the correct dimensions for the CR-10. Attribution: Remix/merge of Tool Holder by SkyGuy and Side Spool Holder for 2020 Rail by Ed Ropple.

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Vista de Moveable endstop plate for CR-10

Moveable endstop plate for CR-10

Moveable endstop plate for CR-10 Purpose This model serves as an alternate mounting plate for the endstop on a CR-10 printer. It is designed to allow the endstop to be moved up and down to correct height issues. Practical Uses This part is intended for use when the endstop position is too high, specifically in scenarios where silicone spacers have been used in place of springs. Included Parts - Endstop Mover (.3mf file) Assembly Guidance The endstop is mounted to this plate using M3 inserts.

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Vista de CR-10 / CR-10S X axis right side cover

CR-10 / CR-10S X axis right side cover

Purpose: 1. This is an X-axis right side cover designed for aesthetic purposes to cover the bare metal look of the printer. It is not a functional X-axis tensioner. 2. The design is intended to sit on the side of the printer without interfering with the extruder or the belt. 3. Practical Uses: Use as a decorative shield for the Creality CR-10 or CR-10S models. 4. Included Parts: Cache_X_CR-10_OUT_EXTENDED.stl, Cache_X_Cr-10S_IN_EXTENDED.stl, Cache_X_CR-10_OUT.stl, Cache_X_CR-10S_OUT_EXTENDED.stl, Cache_X_CR-10_IN_EXTENDED.stl, Cache_X-CR10S_IN_EXTENDED_BOLD.stl, X_axis_shield-without_text_EXTENDED.stl, Cache_X_CR-10_IN.stl, X_axis_shield_without_text.stl, Cache_X_CR-10S_OUT.stl, Cache_X_CR-10S_IN.stl. 5. Printing/Assembly Guidance: Print with 15-30% infill and higher resolution. Supports are not required. The author suggests printing on the right (hollow) side of the shield to simplify cleanup and avoid wasting material in supports.

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