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#creality

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Vista de How to add 115V/220V AC Chamber heater to Creality K1 Series or any klipper printer

How to add 115V/220V AC Chamber heater to Creality K1 Series or any klipper printer

This guide provides a safety-focused method for installing a 115V/220V AC chamber heater on a Creality K1 series or any Klipper-based printer. The design emphasizes multi-layered safety, including a relay that ensures the heater only activates if the fan is operational, a normally closed thermostat to cut power at 75°C, and an inner sensor to shut down Klipper if the element exceeds 125°C. An AC voltage fuse is also included for protection. Practical uses include maintaining specific chamber temperatures for advanced printing materials. The author notes they typically operate up to 60°C, but users must configure sensors and temperature settings in the provided CFG file to suit their specific requirements. Included parts/components required: - Qibi Plus 4 115/220V Chamber Heater (or a custom Nylon heater) - BTT SKR Pico, Mellow Micro 4, or compatible printer motherboard pins - 24V 30A One Channel Relay Module - 40A Heat Sink SSR (Solid State Relay) - Bimetal Temperature Control Switch Thermostat 75°C N.C (KSD9700) - NTC 100K 3950 Thermistor - Inline Screw Type Fuse Holder with Fast Blow Glass Fuses - 14-16 gauge wire Assembly guidance: Users must disconnect the printer from AC power before proceeding to avoid serious injury. The heater fan should remain active until the chamber sensor reaches 40°C to ensure the element cools down. For Klipper integration, the [heater_generic chamber_heater] section must be present in printer.cfg. In Orca Slicer, users should select 'Chamber temperature' and enable 'Activate temperature control.' The author does not specify the physical placement of the heater; users must select a suitable location.

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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 CR-6 SE Top Mount Filament Guide

CR-6 SE Top Mount Filament Guide

CR-6 SE Top Mount Filament Guide Purpose This model is a filament guide designed to resolve issues with filament movement, specifically addressing scratchy noises caused by how filament enters the runout sensor. It provides a mounting point for Bowden tubing to create a smoother path from a top-mounted spool holder to the printer. Practical Uses While specifically designed for the Creality CR-6 SE, the author suggests it may be compatible with any printer featuring a 20mm extrusion on the top beam. It is intended to be used in conjunction with a top-mount spool holder and a snap-on guide for the runout sensor. Included Parts The download includes the following files: - CR6-Top-Mount-Filament-Guide.3mf - CR6-Top-Mount-Filament-Guide.stl Required Extra Parts To complete the assembly, the following hardware is required: - 2 x M4 * 10mm screws - 2 x M4 tee nuts - 2 x PC4 M6 Bowden tube couplers - Bowden tubing

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Vista de CR-6 SE Filament Runout Sensor Guide

CR-6 SE Filament Runout Sensor Guide

CR-6 SE Filament Runout Sensor Guide Purpose This model is a guide designed specifically for the filament runout sensor. It is intended to function as the opposing end of a top mount guide system. Practical Uses It is used in conjunction with a top mount guide to manage filament pathing as it enters the runout sensor on a Creality CR-6 SE printer. Included Parts - CR6-Runout+Sensor+Guide.3mf - CR6-Runout+Sensor+Guide.stl Printing/Assembly Guidance This model is designed to act as the other end of the top mount guide. Please refer to the original source documentation for specific mounting instructions regarding its integration with the existing guide system.

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Vista de CR-10 Smart Cable Clip

CR-10 Smart Cable Clip

CR-10 Smart Cable Clip Purpose This model is a replacement part designed specifically for the Creality CR-10 Smart printer. The author created this component to serve as a functional substitute for the original factory cable clip, which may eventually break during use. Practical Uses It is intended to be used as a maintenance or repair part for owners of the CR-10 Smart printer to ensure cable management remains intact if the stock clip fails. Included Parts - CR-CR10SMART-CLIPE_CABO.stl Printing and Assembly Guidance No specific printing parameters or assembly instructions are provided in the source text. Users should refer to their own printer settings for successful implementation.

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Vista de Creality CR-200B Filament Sensor Spacer BMG

Creality CR-200B Filament Sensor Spacer BMG

Creality CR-200B Filament Sensor Spacer BMG Purpose This model is a spacer designed to facilitate the mounting of a filament sensor on a machine equipped with a BMG extruder. Practical Uses It is used specifically when upgrading or configuring a Creality CR-200B with a BMG extruder to ensure the filament sensor can be properly positioned. Included Parts - CR-200B_filament_sensor_spacer_BMG.stl Printing and Assembly Guidance The author suggests using PETG for fabrication, though PLA, ABS, and other materials are noted as compatible options. The recommended print setting is 15% infill. The author also includes the note, "Imprime con moderación."

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Vista de Creality CR-200B Capricorn BMG mount

Creality CR-200B Capricorn BMG mount

Creality CR-200B Capricorn BMG Mount Purpose This mount is designed to improve movements occurring at the Capricorn Bowden output on a BMG extruder. Practical Uses It is intended for use with the Creality CR-200B to stabilize or optimize the Bowden tube connection at the extruder interface. Included Parts - Creality_CR-200B_bowden_BMG.stl Printing and Assembly Guidance The author designed this model in Fusion 360. While the author used PETG for the build, they note that PLA or ABS may also be valid materials. The author advises to "Imprime con moderación" (Print with moderation). Attribution: Creality CR-200B soporte Capricorn BMG

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Vista de CR-6 SE 5015 Filament Gear Fan

CR-6 SE 5015 Filament Gear Fan

CR-6 SE 5015 Filament Gear Fan Purpose This model is designed to add a 5015 fan to the filament gear assembly. The author implemented this modification to prevent filament from becoming too warm during the printing of small objects, which previously resulted in the filament being crushed by the gearbox. Practical Uses According to the author, this add-on improved the performance of the CR-6 SE printer by regulating the temperature of the filament within the gear mechanism. Included Parts - Gearfan_5015.stl Note: This modification is intended for use with a CR-6 SE printer.

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Vista de Gridfinity CR-Scan Ferret Bin

Gridfinity CR-Scan Ferret Bin

Gridfinity CR-Scan Ferret Bin Purpose This model is a specialized Gridfinity-compatible storage bin designed specifically to house the Creality CR-Scan Ferret. Practical Uses It serves as an organizational solution for users of the Creality CR-Scan Ferret, allowing for secure and structured storage within a Gridfinity-based ecosystem. It is suitable for organizing scanning hardware and related components. Included Parts - Gridfinity_Ferret_v2.3mf Printing and Assembly Guidance Users should refer to the provided .3mf file for specific printing parameters. As a Gridfinity component, it is designed to fit into standard Gridfinity baseplates.

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Vista de Extruder chain holder CR-10 SE

Extruder chain holder CR-10 SE

Extruder chain holder CR-10 SE Purpose This model is designed to provide a simple method for attaching a cable chain directly to the extruder head. The goal is to keep cables neatly guided and organized during operation. Practical Uses Designed specifically for the Creality CR-10 SE, this bracket clips or slides onto the existing extruder head. The installation is non-destructive, requiring no disassembly, screws, or modifications to the extruder. Included Parts The provided file is an extruder-cable-chain-cr10-se.3mf. To complete the assembly, 19 pieces of specific cable chain parts are required (referenced from external Printables models: Creality CR-10 SE cable chain gantry connector and Ender 3 S1 Pro heated bed cable chain). Assembly Guidance The bracket is intended to clip or slide onto the extruder head without removing existing components. Note that the designer is currently testing this design.

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Vista de Creality CR-Scan Ferret SE 3D Scanner Storage Case/Holder

Creality CR-Scan Ferret SE 3D Scanner Storage Case/Holder

Creality CR-Scan Ferret SE 3D Scanner Aufbewahrung Purpose This model is designed as a space-saving storage solution specifically for the Creality CR-Scan Ferret SE 3D scanner. Practical Uses It serves as a practical way to organize and store the scanner, helping to manage workspace or storage area more efficiently. Included Parts - 3D Scan Aufbewahrung.stl Printing/Assembly Guidance No specific printing or assembly instructions are provided in the source data.

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Vista de Creality CR-200B sealing for Cupola

Creality CR-200B sealing for Cupola

Creality CR-200B sealing for Cupola Purpose This model is a sealing designed for the top plastic cupola of the Creality CR-200B printer. Its intended purpose is to improve the internal chamber temperature. Practical Uses The sealing features a long hole designed to accommodate a cable and Bowden tubing. Note that this specific file is described as an unapproved dimension test file. Included Parts - CR-200B_CupolaSealing.3mf Printing and Assembly Guidance The author specifies that the final version of this part should be printed in TPU. Cautionary Notes The author advises caution when using this sealing to ensure that the printer motors do not overheat. To improve motor temperature, the author suggests adjusting Vref and utilizing passive cooling.

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Vista de Creality CR-10 Smart Pro camera holder

Creality CR-10 Smart Pro camera holder

Creality CR-10 Smart Pro camera holder Purpose This model is a simple camera holder designed specifically for the Creality CR-10 Smart Pro. Its primary function is to provide a mounting point for a camera by snapping directly onto the printer's existing hardware. Practical Uses It is used to secure a camera to the printer frame, allowing for monitoring or time-lapse recording during print jobs. The holder attaches specifically to the x-axis belt tensioner. Included Parts - Camholder v2.stl Printing and Assembly Guidance The holder is designed to snap onto the x-axis belt tensioner of the Creality CR-10 Smart Pro.

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Vista de CR-10 V3 E3D Titan Heatsink Coupling

CR-10 V3 E3D Titan Heatsink Coupling

CR-10 V3 E3D Titan Heatsink Coupling Purpose This model represents the coupling used to connect an E3D Titan direct drive extruder to Creality's modified version of the E3D V6 heatsink. The author's primary intention for sharing this model is to serve as a design aid for those creating modifications for the CR-10 V3. Practical Uses It is intended to be used as a reference for designing compatible hardware or modifications specifically for the CR-10 V3 printer setup involving the E3D Titan extruder and the modified V6 heatsink. Included Parts The download includes the following files: - CR-10 V3_E3D Titan Coupling.stl - CR-10 V3_E3D Titan Coupling.step Note: The author mentions that while the part could be printed, its main purpose is for design assistance.

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Vista de Creality CR-10 V2/V3 Heatsink (Modified E3D V6 Heatsink)

Creality CR-10 V2/V3 Heatsink (Modified E3D V6 Heatsink)

Creality CR-10 V2/V3 Heatsink (Modified E3D V6 Heatsink) 3D Model Purpose This model represents the modified E3D V6 heatsink utilized by Creality on the CR-10 V2 and V3 printer models. The author's primary intention for sharing this model is to serve as a design aid for users creating modifications specifically for the CR-10 V2 and V3 printers. Practical Uses This model is intended for use in CAD environments to assist in the design and development of custom modifications for the CR-10 V2 and V3 hardware. While the author notes that the model could be printed, its main utility is as a reference for engineering and design tasks. Included Parts The digital download includes the following file formats: - CR-10 V2_V3 Heatsink.stl - CR-10 V2_V3 Heatsink.step

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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 Creality CR-2020 Fan Shroud

Creality CR-2020 Fan Shroud

Creality CR-2020 Fan Shroud Purpose This model is a custom-designed fan shroud intended for use with the Creality CR-2020. The designer created this component to redirect airflow away from the hotend, noting that the stock shroud provided with the printer is insufficient for their requirements. Practical Uses This shroud serves as a replacement for the original CR-2020 fan shroud to improve air direction during operation. Included Parts - Fan Shroud CR2020.3mf Printing/Assembly Guidance Not provided in the source text.

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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 Mosaic Palette CR-10S Pro Adapter

Mosaic Palette CR-10S Pro Adapter

Mosaic Palette CR-10S Pro Adapter Purpose This adapter is designed to facilitate the use of a Mosaic Palette 2S with a Creality CR-10S Pro V2 printer that is equipped with a filament run-out sensor. Practical Uses It serves as a connection component to integrate the Mosaic Palette 2S system with the specific hardware configuration of the Creality CR-10S Pro V2. Included Parts The model includes the following file: - Staffa.STL Assembly Guidance According to the author, the assembly requires the black part from the older Mosaic adapter, which must be placed directly. The author also states that the same screws used previously can be used for this installation.

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Vista de Creality CR-6 Filament Spool Holder Adapter

Creality CR-6 Filament Spool Holder Adapter

Creality CR-6 Filament Spool Holder Adapter Purpose This model serves as an adapter for Creality CR-6 printers. It is a custom adjustable filament spool holder, originally designed by meireles for the Anycubic i3 Mega. Practical Uses This adapter allows for an adjustable filament spool holder setup on a Creality CR-6 printer. Included Parts - Insert.3mf - Nut.3mf Printing and Assembly Guidance The author reports printing the model using regular PLA at a 0.2mm layer height.

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Vista de mini Satsana Remix - Ender 3 V2 + BL/CR touch support

mini Satsana Remix - Ender 3 V2 + BL/CR touch support

This model is a remix of the mini Satsana by Kenopy, specifically designed for the Ender 3 V2. Its primary purpose is to serve as a fan shroud that maintains compatibility with the original metal BL/CR Touch mounting bracket. In practical use, this shroud allows users to upgrade their cooling setup without needing to purchase additional hardware. The design is intended to reuse all existing components from the original fan shroud. The included files are: - Satsana_Clamp.stl - mini_Satsana_E3V2_Original_blcr_touch.stl For printing guidance, the author instructs to print the model as shown in picture 3 of the original listing. When configuring print settings, users should activate supports with the "touching buildplate" setting.

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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 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 BLTouch (CRTouch Creality) mount for Sidewinder X2 base

BLTouch (CRTouch Creality) mount for Sidewinder X2 base

BL touch - (CR touch creality) for Sidewinder X2 Purpose This model serves as a mounting base designed to hold a BLTouch, 3D Touch, or the Creality brand CRTouch sensor. Practical Uses It is intended for use with the Sidewinder X2 printer to facilitate the installation of various auto-bed leveling sensors. Included Parts - BASE SENSOR CREALITY.stl Printing and Assembly Guidance The author notes that this base was printed using resin with supports. However, it is also compatible with FDM printing, provided that supports are used during the printing process.

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Vista de CR-5 Pro H Heat sink fan duct

CR-5 Pro H Heat sink fan duct

Purpose This model is designed to replace the original heat sink fan duct to address clogging issues caused by insufficient cooling. The design features unique ventilation intended to increase the printer's filament volumetric capacity by up to 25%. Practical Uses This modification is intended for use on the CR-5 Pro H. It is designed to be installed without the use of screws or permanent fixing, though the original metal protection must be removed to use this part. Included Parts - CR-5 Pro H Hotend Fan Duct.3mf Printing Guidance The author recommends printing in PET-G, ABS, ASA, PP, or NYLON; PLA is not recommended. No supports are required for printing.

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Vista de Creality CR-10 SE Cam Holder

Creality CR-10 SE Cam Holder

Creality CR-10 SE Cam Holder Purpose This model is designed to serve as a cam holder specifically for the Creality CR-10 SE printer. Practical Uses It is used to hold a camera component in place on the printer hardware. The author notes that the fit is intentionally very tight, requiring a bit of force to push the holder into position. Included Parts - CR-10 SE CamHolder.stl Printing and Assembly Guidance When assembling, be prepared to apply force to push the holder in, as the fit is designed to be very tight.

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Vista de Fan Duct for Creality

Fan Duct for Creality

Fan Duct creality cr Purpose This model is an updated ventilation duct designed specifically for Creality machines. Its primary function is to facilitate airflow using a 5015 blower fan. Practical Uses It is intended for use on Creality CR series machines, such as the CR-10, to improve part cooling through the integration of a 5015 fan. Included Parts - DUCT FAN CR.stl Printing and Assembly Guidance Not provided in the source text.

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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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Vista de CR-200B Dragonfly BMS adapter

CR-200B Dragonfly BMS adapter

Purpose: This adapter lowers the hotend to ensure compatibility with default part cooling. According to the author, this positioning allows the hotend fan to blow air directly to the radiator rather than the heatblock. Practical Uses: Designed for use with the Dragonfly BMS hotend on a CR-200B printer. Included Parts: - Dragonfly adapter.stl - Dragonfly adapter.step Hardware Needed: - Stock CR-200B hotend screws to attach the adapter to the toolhead - Stock Dragonfly BMS screws to attach the hotend to the adapter - 2pcs M3x5x4 heat inserts (voron-like) Printing/Assembly Guidance: Reorient the model in the slicer so the larger side with four holes is at the bottom. Use high-temperature materials such as ABS or ASA; the author advises against using PLA and suggests avoiding PETG. Print with a 0.2mm layer height, 0.4mm extrusion width, 4 walls, and 5 solid top/bottom layers. Use an infill of 20% or more with any infill type. No supports or rafts are required.

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Vista de Creality Cr-6 SE Filament Guide

Creality Cr-6 SE Filament Guide

Creality Cr-6 SE Filament Guide Purpose This model is designed for users utilizing a top mount filament setup on the Creality CR-6 SE. Its primary function is to bring the filament out slightly to improve routing. Practical Uses It serves as an upgrade for the CR-6 SE to assist with filament management. The design is intended to snap directly onto the extruder without the need for tools. Included Parts The model includes two files: - Cr6FilamentGuide3.stl - Cr6FilamentGuideV2.stl Assembly Guidance The guide is designed to snap onto the extruder. The author notes that a small amount of double-sided tape may be required inside the component to ensure it stays securely in place.

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Vista de CR Touch Bracket (Ender-3 V2 NEO)

CR Touch Bracket (Ender-3 V2 NEO)

Purpose This model is a recreation of the stock bracket used to hold the CR Touch on the Ender-3 V2 NEO printer. Practical Uses It serves as a replacement part for the original CR Touch mounting hardware. Included Parts - CR Touch Bracket.stl Printing and Assembly Guidance The author recommends printing with PETG, ABS, or ASA using 100% infill and a 0.2 resolution. The part works with the stock M3 screws provided with the printer.

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