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243 published models · Page 4 of 6

Herramientas

Explore Herramientas 3D models published on Meshopia. Check each listing's files, available print information and licence.Open all filters →
Vista de MatterHackers CR-10 Door Handle

MatterHackers CR-10 Door Handle

MatterHackers CR-10 Door Handle Purpose This model is designed to serve as a door handle for the MatterHackers CR-10 Enclosure, functioning to keep the door closed tightly without excessive pressure or large air gaps. Practical Uses It is intended for use on a CR-10 enclosure to manage door closure. The author notes that when using low infill and self-tapping type screws, the screws can be driven directly into the printed material (such as PLA). Included Parts The download includes a STEP file (MatterHackers_Enclosure_Handle.step) to allow for customization of the holes, and an STL file (MatterHackers_Enclosure_Handle_V2.stl). Printing and Assembly Guidance The author reports that the part prints in under an hour. For printing, a minimum of four top and bottom shells is recommended. The author used 5% infill for their version. Note that printing at high speeds may result in underextrusion. To customize the holes using the STEP file, separate the top from the bottom and export them as individual STL files.

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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 CR-10 V2 Metal Dual Gear Extruder Runout Sensor Adaptor

CR-10 V2 Metal Dual Gear Extruder Runout Sensor Adaptor

CR-10 V2 Metal Dual Gear Extruder Runout Sensor Adaptor Purpose This adapter plate is designed to align the CR-10 V2 runout sensor with a metal frame dual gear extruder. It addresses the issue where common metal frame dual gear extruders (such as the Redrex brand) have a filament input hole that is positioned higher and slightly off-center compared to a standard Creality extruder. Practical Uses This model is used to reposition the runout sensor so that it correctly aligns with the filament path of specific aftermarket metal frame dual gear extruders on a CR-10 V2 printer. Included Parts The model is provided in two distinct versions to accommodate different hardware preferences: - One version features countersunk holes, designed to mount to the CR-10 using four M3x12 flat head screws. - The second version features counterbore holes, designed to mount using four M3x8 button head or cap screws. Assembly Guidance The runout sensor mounts directly to the plate using the stock screws, which thread into the plate itself.

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Vista de CR Touch with Dual Fan

CR Touch with Dual Fan

This model is designed as an alternative mounting solution for users who find that standard setups do not fit a CR Touch. The author notes that this specific configuration required an extension plate for use on an Ender 3 Pro. Practical uses include mounting a CR Touch or BL Touch on an Ender 3 Pro printer when standard dimensions are incompatible. Included parts: - CR Touch Extension.stl - Backplate with CR-Touch.stl

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Vista de CR-10v3 Meanwell LRS-350-24 Cover

CR-10v3 Meanwell LRS-350-24 Cover

This model is a back cover/endpiece designed for a Meanwell LRS-350-24 power supply mounted on a Creality CR-10v3 printer. It serves to enclose the rear of the PSU, providing integrated housing for electrical components. 1. This remix of the PSU-Cover-v4stl by Dumdumdev includes a dedicated slot for a rocker switch and additional space for cabling. It is designed to accommodate an IEC60320 C14 inlet and a rocker switch, which are treated as two separate pieces. 2. To attach the cover to the PSU, use the stock screws provided with the C14 socket, along with M4x6 screws on the sides. 3. Printing specifications suggest using 120g of PLA with 100% infill and supports. The model dimensions are 50mm x 121mm x 88mm.

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Vista de Ender & CR-10 X Axis Cover Redesign

Ender & CR-10 X Axis Cover Redesign

Ender & CR-10 X Axis Cover Redesign Purpose This model is a redesign of the X-axis cover specifically intended for printer setups where the hotend cables pass in front of the Z axis. Practical Uses It serves as a functional modification for Ender and CR-10 series printers to accommodate specific cable routing requirements. Included Parts - X-Axis Cover Redesign.stl Printing and Assembly Guidance The author reports printing this model using PETG. Users should follow the instructions provided by FedorSosnin for successful implementation.

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Vista de BTT Smart Filament Mount for CR-10 V3

BTT Smart Filament Mount for CR-10 V3

BTT Smart Filament Mount for CR-10 V3 Purpose This model is a backplate replacement designed to attach a BTT Smart Filament Sensor to the stock filament runout mount of a CR-10 V3 printer. It is a remix of the original backplate design found on the BigTreeTech GitHub page. Practical Uses This part allows users to integrate the BTT Smart Filament Sensor directly onto the existing hardware of a CR-10 V3, facilitating filament runout detection. Included Parts - BTT_SFS_Backplate.STL - CR10V3_SFS_Backplate.stl (Original STL included for modification purposes) Printing and Assembly Guidance Based on the author's recommendations, the following settings are suggested: - Printer: Creality Ender 3 - Resolution: 0.2mm - Infill: 35% - Supports: No - Rafts: No - Material: Generic PLA, ABS, or PETG in any color.

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Vista de SKR 2 Bracket for CR-10 V2/V3

SKR 2 Bracket for CR-10 V2/V3

SKR 2 Bracket for CR-10 V2/V3 Purpose This bracket is designed to facilitate the installation of a BigTreeTech SKR 2 mainboard within the stock electronics box of a CR-10 V2 or CR-10 V3 3D printer. Practical Uses It serves as a mounting solution to replace or supplement the stock mainboard, allowing users to upgrade their printer's control system while maintaining the original housing. Included Parts - SKR2_Bracket.stl Printing and Assembly Guidance To secure the bracket, attach it to the stock mainboard standoffs using double-sided tape. The SKR 2 board can then be attached to the bracket using the stock M3 button-head screws. Recommended Print Settings: - Resolution: 0.2mm - Infill: 35% - Supports: No - Rafts: No - Compatible Materials: Generic PLA, ABS, or PETG - Printer Example: Creality Ender 3

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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 Fan mount for Ender 2 Pro with CR touch bracket

Fan mount for Ender 2 Pro with CR touch bracket

Fan mount for Ender 2 Pro with CR touch bracket Purpose This model is a minimal fan mount designed specifically for the Ender 2 Pro. It serves a dual purpose by providing a mounting point for a fan while simultaneously including integrated support for a CR Touch probe. Practical Uses This component is intended for users looking to upgrade their Ender 2 Pro hardware to include a CR Touch probe alongside a functional fan mount. Please note that the author has not tested this specific configuration, as they did not upgrade the firmware or complete the physical connection of the probe. Included Parts * Fan Mount CR Touch.3mf Printing and Assembly Guidance No specific printing parameters or assembly instructions are provided in the source text. Users should be aware that functional testing regarding firmware compatibility and electrical connection is required, as the author did not perform these steps.

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Vista de Hero Me + CR-Touch Modification for Ender 3

Hero Me + CR-Touch Modification for Ender 3

This model is a modified Hero Me setup designed for the Ender 3. It adapts the original Hero Me design to accommodate a Creality CR-Touch leveling probe instead of a standard BLTouch. The set also includes components for a 5015 radial fan cooling system. Users may use these specific files individually or combine them with the original Hero Me design. 1. Purpose: To provide a modified mounting solution for an Ender 3 that supports both a Creality CR-Touch probe and a 5015 radial fan. 2. Practical Uses: Upgrading Ender 3 cooling and leveling capabilities. 3. Included Parts: CR-Touch mount (CR-Touch.stl), 5015 fan pipes (5015_Pipes.stl), and a base (Base.stl). 4. Configuration Data: The author reports the Marlin probe offset as NOZZLE_TO_PROBE_OFFSET { -45.8, -10, 0 }.

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Vista de Ender 3 S1 Sprite Extruder CR Touch Adjustable Zero Y Offset Mount

Ender 3 S1 Sprite Extruder CR Touch Adjustable Zero Y Offset Mount

Ender 3 S1 Sprite Extruder CR Touch Adjustable Zero Y Offset Mount Purpose This model is an adjustable mount designed to achieve a perfect zero offset for the CR Touch. It was created to address inaccuracies in printer calibration and to provide a more convenient solution than repeatedly disassembling the extruder from the carriage. Practical Uses It is used on the Ender 3 S1 with a Sprite Extruder to allow for fine-tuning the Y offset of the CR Touch. To assist with alignment, the designer recommends printing a small circle (such as a resized cylinder from Cura) in the center of the print bed to serve as a guide for lining up the sensor. Included Parts - S1 CR Touch Zero Offset Mount.stl - S1 CR Touch Zero Offset Arm.stl Assembly Guidance Assembly requires four M3 screws and four M3 hex nuts, in addition to the two original screws. The designer recommends placing two washers under the adjustable section of the arm to ensure it holds more evenly.

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Vista de Raspberry Pi / OctoPi Drawer for CR-6 SE

Raspberry Pi / OctoPi Drawer for CR-6 SE

Raspberry Pi / OctoPi Drawer for CR-6 SE Purpose This model is a simple drawer designed to house a Raspberry Pi and a buck converter within the CR-6 SE printer. The author specifically utilized this setup for running OctoPi. Practical Uses It serves as a dedicated mounting solution for integrating a Raspberry Pi and power conversion hardware directly into the printer's internal space. The design includes integrated holes for wire management to help organize cabling. Included Parts - CR6Se-PiMount v4.stl Assembly and Installation Guidance The design features holes for wire management. For the cleanest wire runs to the Power Supply Unit (PSU), the author suggests drilling a hole at the back of the stock drawer mount.

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Vista de Handle for Bambu P1P ARC

Handle for Bambu P1P ARC

Handle for Bambu P1P ARC Purpose This model is a replacement or accessory handle designed specifically for the Bambu P1P ARC. Practical Uses It serves as a functional grip for the printer, allowing for easier movement or handling of the device. The author notes that users may choose to add a logo to the design. Included Parts P1P ARC handle (provided as a .3mf file). Printing and Assembly Guidance No specific printing parameters or assembly instructions are provided in the source text.

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Vista de Voron X Carriage for CR Touch

Voron X Carriage for CR Touch

This model is a modified Voron X carriage designed to be compatible with CR Touch leveling. The author modified the original model created by keja31 to accommodate the CR Touch sensor. Practical uses include upgrading a Voron X carriage to support CR Touch leveling systems. Included files: - CR touch.STL - CR-Touch-Dummy_extended.STEP

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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 Bambu X1 P1P Spool Holder for ARC or standalone use - with PTFE coupler

Bambu X1 P1P Spool Holder for ARC or standalone use - with PTFE coupler

Bambu X1 P1P Spool Holder for ARC or standalone use - with PTFE coupler Purpose This model is designed as a spool holder for Bambu Lab X1 or P1P printers, intended for use either as a standalone component or in conjunction with an ARC case. The design incorporates specific modifications to improve printing ease and ensure the PTFE tube remains secure during operation. Practical Uses It serves as a filament management solution, featuring a horizontal bracket adjusted to align with the filament guide specifically for the P1P and ARC case configurations. The inclusion of M6 threads allows for the integration of a coupler to manage the PTFE tubing. Included Parts - Spool Holder with Guide (includes M6 threads for the coupler) - P1P ARC case horizontal filament bracket Printing and Assembly Guidance The cone geometry has been adjusted to allow for printing without the need for supports. Assembly requires an M6 coupler to secure the PTFE tube.

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Vista de CR Touch shim

CR Touch shim

CR Touch shim Purpose This single shim is designed to provide clearance for wiring and the plug end when the CR Touch is installed using its included bracket. According to the author, this part is required on the Ender 3 V2 when utilizing a Spider V1.0 hotend. Practical Uses It serves as a spacer to ensure proper fitment and wire management during the assembly of the CR Touch probe on specific hotend configurations. Included Parts - 1 piece shim (CR Touch spacer.stl) Printing and Assembly Guidance The author reports printing the part with PLA, though they note there is no reason to believe the model would pose a problem with other materials. The author reports the part has been in use for 12+ hours of print time with no indications of pending failure.

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Vista de Box for DC DC Step-Down

Box for DC DC Step-Down

Purpose: This model provides a box for the safe use of the MELIFE LM2596s voltage regulator. Practical uses: It is designed to house a converter with dimensions of 6.6 x 3.9 x 1.8 cm. Included parts: 1x box, 1x lid. Files: Box.3mf, Box_Deckel.3mf, Box_Deckel.stl, Box.stl

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Vista de 90 Degree Arc Overhang Leaf

90 Degree Arc Overhang Leaf

Purpose This model serves as a demonstration of arc overhangs. It utilizes a script to convert overhang perimeters into arc overhangs. Practical Uses The demonstration shows how arc overhangs function. The author suggests that using smaller extrusions or nozzles could allow for smaller arcs that follow perimeters more closely in tight corners. Included Parts arcleaf.3mf BigArcLeaf.gcode NormalArcLeaf.gcode Printing/Assembly Guidance The author provides a generic PETG profile with 0.2LH and 0.6N settings. It is recommended to set the bridge fan speed to 100% for cooling. To use this method, run PRUSA SLICER Gcode through the following script: https://github.com/nicolai-wachenschwan/arc-overhang-prusaslicer-integration. Note that the script prints quite slowly by default.

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Vista de Reinforced Ender S1 Zero Y Offset CR touch mount

Reinforced Ender S1 Zero Y Offset CR touch mount

Reinforced Ender S1 Zero Y Offset CR touch mount Purpose This model is a reinforced mount designed for the Ender S1 to facilitate the CR Touch zero Y offset. The design features solid bracing to increase structural integrity. Practical Uses It is intended for use on the Ender S1 printer to provide a more robust mounting solution for the CR Touch sensor, specifically addressing the zero Y offset requirement. Included Parts - Reinforced-EnderS1-zero-y-offset.stl Design Details The author reports that the mount includes additional chamfers on both the CR mount and the bracket that attaches to the extruder.

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Vista de eBox Lite Heat Retainer (INCREASES DRYBOX TEMPERATURE BY 12F/7C)

eBox Lite Heat Retainer (INCREASES DRYBOX TEMPERATURE BY 12F/7C)

eBox Lite Heat Retainer Purpose This small add-on for the eBox Lite is designed to cover the filament guide hole. The goal is to prevent heat loss and reduce humidity levels within the drybox. Practical Uses When used, this part can increase the internal temperature of the eBox Lite. According to the creator's testing on temperature setting 2, using the retainer increased the temperature from 97.4°F (24% humidity) to 109.5°F (13% humidity). While it fits all filament types, the creator recommends printing in Polypropylene to achieve an almost perfect seal. Included Parts - eBox Lite Heat Retainer (STL file) Printing and Assembly Guidance No specific printing parameters are provided, though the creator suggests Polypropylene for optimal sealing performance.

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Vista de Kingroon KP5L and KP3s mount for CR Touch sensor

Kingroon KP5L and KP3s mount for CR Touch sensor

kingroon KP5L and KP3s mount for CR touch Purpose This model is a dedicated mount designed for the CR Touch sensor, specifically intended for use with Kingroon KP5L and KP3s printers. Practical Uses It serves as a mounting solution to integrate a CR Touch sensor onto the specified printer models. Included Parts - kingroon CR touch.stl Printing and Assembly Guidance To print this model, use an infill of 20% with a Triangle infill pattern. No supports are required for this print.

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Vista de Satsana 5015 duct for Ender 5 w/ Micro Swiss DD & CR Touch

Satsana 5015 duct for Ender 5 w/ Micro Swiss DD & CR Touch

This model is a remix of the Satsana duct designed specifically for an Ender 5 equipped with a Micro Swiss direct drive and a CR Touch ABL sensor. The design positions the ducts 1.5mm from the print surface to facilitate cooling. The CR Touch mount utilizes an x offset of -47 and a y offset of -9.5. 1. Purpose: To provide a customized cooling duct solution for specific Ender 5 hardware configurations. 2. Practical uses: Cooling optimization for Ender 5 printers using Micro Swiss direct drive and CR Touch sensors. 3. Included parts: ms-cr_satsana_duct.stl, ms-cr_cable_cap.stl, and ms-cr_satsana.step.

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Vista de Prusa I3 MK3S+ Cabinet for Raspberry Pi, DC Converter, and LED Light Bar Switch

Prusa I3 MK3S+ Cabinet for Raspberry Pi, DC Converter, and LED Light Bar Switch

Purpose: This cabinet is designed for the Prusa I3 MK3S+ to house a Raspberry Pi, a DC converter, and a switch for an LED light bar. 1. 24V is drawn from the input of the Einsy RAMBo MK3S+ Mainboard to the DC converter and the LED light bar. 2. The DC converter is adjusted to output 5.1V for the Raspberry Pi. 3. The Raspberry Pi can run OctoPrint for network control of the printer. 1. Prusa Raspberry DC konverter kabinet.stl 2. Prusa Raspberry DC konverter kabinet Cover.stl

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Vista de CR-10 V2/V3 Control Box Mask

CR-10 V2/V3 Control Box Mask

Purpose: This model is a cover designed to reduce light leakage from the LCD screen after installing Klipper. It is intended to be a friction fit onto the control box. Practical Uses: It is designed to fit the CR-10 V2 and V3 control boxes, though the author notes the original CR-10 may have a different sized control box. The author reports that printing in white may result in a square blue shape due to light passing through the plastic. Included Parts: - CtrlBoxMask_Blank.stl - CtrlBoxMask_Blank.step - CtrlBoxMask_CrHero.stl - CtrlBoxMask_CRHero-Square.stl Printing/Assembly Guidance: To print, flip the model so the flat side is facing the build surface. For a high-quality first layer, the author suggests using a Height Range Modifier to set the first layer to 1 perimeter and using a Hilbert Curve bottom infill pattern to avoid conflict with carbon fiber texture sheets.

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Vista de RC Manual mechanical quick change 1/16

RC Manual mechanical quick change 1/16

RC Manual mechanical quick change 1/16 Purpose This model is a manual mechanical quick change mechanism designed specifically for a 1/16 scale RC Excavator Volvo. According to the author, it is made for the RC Excavator Volvo Double Eagle 2.4GHz E568-003. Practical Uses This mechanism is intended to facilitate quick changes for the Volvo excavator model, allowing for more efficient tool or attachment swapping during operation. Included Parts The model consists of the following files: - volvo bager upetje.stl - right.stl - left.stl - pin.stl

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Vista de CR-10 V3 Spool Holder

CR-10 V3 Spool Holder

This model is a spool holder designed for the CR-10 V3. It incorporates the quick disconnect fitting that is included with the CR-10 V3 printer. Practical uses include holding filament spools on a CR-10 V3 printer. Included parts: - Spool Holder Rod.stl - SpoolHolder (2).stl Assembly guidance: The assembly requires 2 608 Bearings.

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Vista de Sidewinder filament end detector support

Sidewinder filament end detector support

This model is a filament end detector support designed specifically for Sidewinder X1 3D printers. Purpose The purpose of this part is to provide structural support for a filament end detector on the Sidewinder X1 printer. Practical Uses It is used as a printer accessory to assist in the detection of filament ends during the printing process. Included Parts The listing includes one STL file: 01 (6).stl. Printing Guidance The author reports that this part was printed using PLA material.

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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 Arc enclosure backplate for ø80mm fan

Arc enclosure backplate for ø80mm fan

Arc enclosure backplate for ø80mm fan Purpose This model is a backplate designed for the Arc enclosure. Its primary purpose is to assist with PLA printing. Practical Uses It is intended for use with the Arc enclosure to facilitate better printing conditions for PLA materials. Included Parts The author provides the following files: - fan back cover v1.step - fan back cover belt cutout.step - rear right.3mf - rear left.3mf

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Vista de Creality CR-6 SE - Filament Tray

Creality CR-6 SE - Filament Tray

Creality CR-6 SE - Filamen Tray Purpose This model is a filament tray designed specifically for the Creality CR-6 SE. Its primary function is to push the remaining filament off the edge of the spool. Practical Uses It is used as a functional accessory for the Creality CR-6 SE printer to assist in managing filament ends during the printing process. Included Parts - CR6-SE_FilamenTray.stl Printing and Assembly Guidance The author suggests printing this model with a layer height of 0.2mm and utilizing supports during the printing process.

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Vista de CR-30 Fan Shroud Adapter

CR-30 Fan Shroud Adapter

Purpose This adapter is designed for the CR-30 Print mill to substitute the small fan located inside the hot end. Practical Uses The part is intended to accommodate a 40x40x10 mm fan. Included Parts - cr-30 fan shroud.stl Assembly Guidance The author reports securing the unit into the metal housing using short machine screws.

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Vista de Ender 3 S1 Additional 4010 Fan Mount for Zero Y-offset CR Touch Mount

Ender 3 S1 Additional 4010 Fan Mount for Zero Y-offset CR Touch Mount

This model is a 4010 fan mount designed specifically for the Ender 3 S1. It is intended for users who have already installed the Zero Y-offset CR Touch mount (available at https://www.printables.com/model/359910-ender-3-s1-sprite-extruder-zero-y-offset-cr-touch-). 120-300 words when facts suffice, otherwise be concise. Purpose The mount is designed to attach a spare 4010 fan to the front of the extruder. The author suggests this modification is intended to provide additional cooling performance. Practical Uses It serves as an add-on component for Ender 3 S1 printers that utilize the specific zero Y-offset CR Touch mount configuration, allowing for extra part cooling via a secondary fan. Included Parts The package includes one STL file: ender3-s1-4010-fan-mount.stl. To complete the installation, two M3x12mm screws are required.

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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 CR-30 Printmill single wall box flow rate test cube 45 degree

CR-30 Printmill single wall box flow rate test cube 45 degree

Purpose: This single wall box test cube is designed to calibrate the flow rate for the CR-30 print mill or other print mills. 1. Practical Uses: The cube is used to determine an ideal flow rate by measuring the thickness of a single printed wall with calipers. To calculate the new flow rate, divide the nozzle width by the measured thickness and multiply the result by the current flow rate. Printing Guidance: Use the layer height you are targeting. Set the shell count to 1, top layers to 0, and infill to 0. This ensures the cube prints with a single outer layer for measurement. Included Files: - 45deg single_wall_box rotated.stl

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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-6 SE Filament Sensor Mount Remix

CR-6 SE Filament Sensor Mount Remix

CR-6 SE Filament Sensor Mount Remix Purpose This model is a remix of CARTOK's original filament sensor mount. It is specifically redesigned to accommodate M6 PTFE fittings while maintaining compatibility with standard extruder locations. Practical Uses This mount is intended for use with the CR-6 or CR-6 SE printers. It allows users to integrate M6 PTFE fittings into their filament sensor setup, facilitating the routing of PTFE tubing. Included Parts - CR6-FilamentSensorMount.3mf Printing and Assembly Guidance Not provided in the source text.

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Vista de P1P ARC Tool Tray

P1P ARC Tool Tray

This remixed tool tray is designed to mount over the left top side panel of an ARC enclosure for the P1P. The design features an added logo, a shaved bottom, and an enlarged hole specifically to accommodate a liquid glue stick. Practical uses include organizing tools within the ARC enclosure. The tray utilizes mounting points based on the ARC enclosure side panel and mounts into existing ARC holes. Included parts: - ARC tools (3).stl

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Vista de HMS RC +MFB

HMS RC +MFB

HMS RC +MFB Purpose This model is an HMS running core designed to serve as a base for an MFB performance tip attachment. Practical Uses Users can adjust the height of the running core by modifying the height of the cylinder located between the parts that connect to the MFB performance tip and the HMS itself. Note that the fit of this part may be loose or tight on certain components. Included Parts - HMS running core - Compatible with MFB performance tip Files - HMS + MFB (2).stl

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Vista de Arc Reactor extruder knob for Ender 3 S1 Series

Arc Reactor extruder knob for Ender 3 S1 Series

Arc Reactor extruder knob for Ender 3 S1 Series Purpose This model is a small arc reactor designed to function as an extruder knob for the Ender 3 S1 series printers. The author created this project to provide a specific design that was previously unavailable. Practical Uses It serves as a decorative and functional replacement knob for the extruder on Ender 3 S1 series printers. Included Parts - Ark Reactor Ender 3 S1 Extruder Knob.stl Printing and Assembly Guidance The author reports a print time of approximately 10 minutes. Regarding support settings, the author states that if the model is printed upside down, no supports are needed. If printed in a different orientation, the author notes "your mileage may vary."

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Vista de RC Tool Holder and Tray

RC Tool Holder and Tray

This model is a tool holder and tray designed to keep RC tools organized and ready for use. It is intended for hobbyists working with RC cars, RC planes, or racing equipment. Included files: - rc tool holder and tray.stl

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Vista de Arc Hinge Cover Screws

Arc Hinge Cover Screws

Arc Hinge Cover Screws Purpose This model is a remix of a previous design intended to cover the hinge holes located on the front of the ARC enclosure. It is specifically designed for users who wish to use the original Bambu X1 door instead of the standard enclosure setup. Practical Uses This part serves as a cosmetic or functional cover for hinge locations. It allows for the use of M3 screws to secure the covers over the holes, accommodating setups where brass inserts have already been installed but the user prefers the original X1 door. Included Parts - Arc Hinge Cover v1.stl Printing and Assembly Guidance The author notes that brass inserts should already be installed in the enclosure to facilitate the use of M3 screws for securing these covers.

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Sin probar
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