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243 published models · Page 5 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 BLtouch and CR-touch mount for Titan Aero with volcano hotend

BLtouch and CR-touch mount for Titan Aero with volcano hotend

This model provides mounts for BLtouch and CR-touch sensors specifically designed for use with a Titan Aero extruder and a Volcano hotend. Purpose The purpose of these mounts is to facilitate the installation of BLtouch or CR-touch auto-bed leveling sensors on a Titan Aero setup utilizing a Volcano-style hotend. Practical Uses These components are used in 3D printing setups where a Titan Aero extruder is paired with a Volcano hotend, allowing for the integration of touch-based leveling sensors to improve bed leveling accuracy. Included Parts The files included in this listing are: - volcano adapter.stl - cr touch volcano adapter.stl

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Vista de LGX Lite CAN Side Mount (Huvud/SHT42)

LGX Lite CAN Side Mount (Huvud/SHT42)

LGX Lite CAN Side Mount Purpose This model is designed to provide a side mounting solution for CAN toolhead boards to the LGX Lite extruder. It is specifically intended for NEMA 17 sized boards. Practical Uses It is compatible with various CAN modules, including Huvud, EBB36, and FLY-SHT42. The mount allows these boards to be attached to the side of the LGX Lite assembly. Included Parts The Bill of Materials (BOM) for assembly includes: - 4x M3 Square Nuts (provided with the LGX Lite) - 4x M3 Nuts - 2x M3x6 BHCS (to mount through the LGX Lite holes) - 4x M3x6 SHCS (or suitable hardware for your specific board) to secure the board Assembly Guidance To assemble, place the two M3 square nuts that come with the LGX Lite into the side recesses of the mount. Use the M3x6 BHCS to secure the mount to the LGX Lite holes, and use the M3x6 SHCS to mount the CAN board to the side mount.

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Vista de CR touch bracket

CR touch bracket

CR touch bracket Purpose This model is a bracket designed for the CR Touch sensor to facilitate cable plugging. Practical Uses It serves as an upgrade component for Ender series printers, specifically intended to provide space or support for connecting the CR Touch cable. Included Parts - CR touch bracket v3.stl Printing/Assembly Guidance Not provided in the source text.

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Vista de AC Infinity 120mm Blower Fan Reference Model (Multifan S2)

AC Infinity 120mm Blower Fan Reference Model (Multifan S2)

Purpose: This is a reference model for the AC Infinity 120mm "Multifan S2" blower fan. The author created this to assist in modeling or printing mounts and adaptors for custom print enclosures. 120mm sizing is reported to be accurate to approximately 0.5mm based on the device received in March 2023. This model is intended for personal reference only; the author advises using it to size custom parts after purchasing the actual fan. No input was provided by the manufacturer. Practical Uses: Use as a dimensional guide when designing custom fan mounts, adaptors, or ventilation components for enclosures. Included Parts: - AC Infinity 120mm Blower Model Final - Pre-Boolean 8-27-2023.blend (includes reference images and schematics) - AC Infinity 120mm Blower Model Final - Post-Boolean 8-27-2023.blend - AC Infinity 120mm Blower Model Final 8-27-2023.stl

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Vista de Remixed Parts of Chodec's Direct Drive for CR Touch

Remixed Parts of Chodec's Direct Drive for CR Touch

Remixed Parts of Chodec's Direct Drive for CR Touch Purpose This model provides remixed components designed to adapt Chodec's direct drive setup for use with a CR Touch instead of a BL Touch. The modifications specifically adjust the Ender 3 Pro main body and the fan duct to accommodate the sensor and include a notch for the wiring harness. Practical Uses These parts are intended for users looking to modify an Ender 3 Pro direct drive assembly to be compatible with CR Touch hardware. Included Parts - Fan Duct CR Touch.stl - E3P Main Body.stl Note: The author states these parts are "Not perfect."

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Vista de CR TOUCH SPACERS FOR HEIGHT ADJUSTMENT

CR TOUCH SPACERS FOR HEIGHT ADJUSTMENT

Purpose These spacers are designed to adjust the height of a CR Touch probe. Practical Uses Users can stack the different sizes together to reach a specific required height or adjust the height within a slicer. Included Parts - Cr Touch Spacer 8mm.stl - Cr Touch Spacer 3mm.stl - Cr Touch Spacer 5mm.stl - Cr Touch Spacer 2mm.stl - Cr Touch Spacer 1mm.stl

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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 CR-10 Smart Pro Screen Cover/Protector

CR-10 Smart Pro Screen Cover/Protector

Cr 10 Smart Pro Screen Cover/Protector Purpose This model is a screen cover/protector specifically designed for the CR-10 Smart Pro printer. Practical Uses It serves as a protective layer for the printer's screen to help prevent damage or wear. Included Parts - Screen cover v2.stl Printing/Assembly Guidance No specific printing or assembly instructions are provided in the source documentation.

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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 3V DC Motor Fan

3V DC Motor Fan

3V DC Motor Fan Purpose This model is a fan designed for cooling applications, specifically engineered to interface with a DC motor. Practical Uses It is intended for use as a cooling component when paired with a compatible DC motor. Included Parts - LoftedFan.stl Assembly Guidance The fan is designed to fit a DC motor featuring a 2mm shaft.

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Vista de CR-6 SE Filament Catcher

CR-6 SE Filament Catcher

CR-6 SE Filament Catcher Purpose This part is designed to catch stray bits of filament during the printing process. Practical Uses It is intended to sit within the printer's V-slots, allowing for easy removal so that collected filament debris can be emptied. Included Parts - Filament Catcher Remix.stl Printing and Assembly Guidance Before printing, ensure that the printer's tolerances are calibrated to ensure the part fits correctly into the V-slots. The author notes that this part requires a significant amount of supports during the printing process; as an alternative for future prints, the author suggests the possibility of splitting the part into two pieces to manage support requirements.

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Vista de Prusa MK4 Raspberry Pi Cabinet with DC Converter

Prusa MK4 Raspberry Pi Cabinet with DC Converter

Prusa MK4 Raspberry PI Cabinet with DC Converter Purpose This model is a dedicated cabinet designed to house a Raspberry Pi computer for use with OctoPrint on a Prusa MK4 3D printer. It allows for network control of the printer via a USB connection. Practical Uses Designed to be mounted under the Prusa cabinet, the enclosure features a cavity behind the Raspberry Pi to store excess USB cabling. The author utilizes a DC converter to step down 24V power from the Prusa motherboard to 5.1V to power the Raspberry Pi. Included Parts - Prusa MK4 Raspberry PI Kabinet top usb ledning.stl - Prusa MK4 Raspberry PI Kabinet Bund.stl Printing Guidance As reported by the author, the following settings were used: - Filament: Prusament PLA Prusa Galaxy Black - Bed Temperature: 85-90 - Hotend Temperature: 240-245 - Layer Height: 0.20 - Nozzle Diameter: 0.4 - Infill: 20% - Support Type: Organic Attribution: Leif Lumby Henriksen, Odense3D

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Vista de Bambu Labs A1 Mini 60% Purge Profile

Bambu Labs A1 Mini 60% Purge Profile

Bambu Labs A1 Mini 60% Purge Profile Purpose This model is a modified profile designed to implement a 60% purge reduction into the original gcode for the Bambu Lab A1 Mini. Practical Uses This profile is intended for users looking to reduce the amount of filament used during the purge process on an A1 Mini printer. Included Parts - Bambu Lab A1 mini 0.4 nozzle - 60% Purge Reduction.3mf Disclaimer !! USE AT YOUR OWN RISK !! The author provides this modified profile with a warning regarding its use.

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Vista de Cr-30 Testprint (without supports)

Cr-30 Testprint (without supports)

This model is designed to challenge the printing capabilities of a Cr-30 Print Mill. Practical uses include testing the performance and limits of the printer. Included files: - Cr-30_PrintMill_Test_.stl Printing guidance: The author instructs to print this model without supports.

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Vista de Filament Splitter 2X1

Filament Splitter 2X1

Filament Splitter 2X1 Purpose The Filament Splitter 2X1 is designed to facilitate the splitting of filament paths, specifically intended to connect via direct PTFE tubing. Practical Uses This model is used to manage filament flow by splitting a single input into two separate paths, allowing for configurations that require direct PTFE connections. Included Parts The package includes the following file: - splitter2x1_v3.stl

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Vista de Arc gauge

Arc gauge

This tool is designed to measure arc radius. Practical uses include measuring various arc dimensions. The author suggests printing the tool using PLA. Numbers can be added to the gauge by using a sharpie or by printing in a different color. Included files: - arc gauge 5-8.3mf - arc gauge 2-5.3mf

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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 Filament Stand

Filament Stand

Filament Stand Purpose This model provides the components necessary to build a multi-level stand designed for organizing filament rolls. Practical Uses When configured with 1200mm long dowels and a distance of 738mm between supports, the stand can accommodate 16 filament rolls on a single level. Included Parts The model includes the following STL files: - Podstawa.stl - Baza.stl - Rama.stl Required Hardware To complete the assembly, the following shopping list is required: - 4x 18mm x 2400mm pine dowels (Castorama) - 22x M4 x 20mm screws - 4x M4 x 16mm screws - 16x 12mm x 6mm wood screws

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Vista de GOPRO CR-m4 bed mount

GOPRO CR-m4 bed mount

GOPRO CR-m4 bed mount Purpose This model is a simple mount designed to attach a GoPro camera to the bed of a Creality CR-M4 printer. Its primary function is to facilitate the creation of timelapse videos during printing. Practical Uses It is used as a specialized accessory for Creality CR-M4 owners who wish to capture time-lapse footage of their 3D printing process by securing a camera directly to the printer bed. Included Parts - gopro mount.stl Printing and Assembly Guidance The author suggests using 15% infill for the majority of the print. However, for the specific section designated as the mount, the infill should be changed to 100% to ensure durability.

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Vista de CR-Scan Ferret 37mm filter mount

CR-Scan Ferret 37mm filter mount

CR-Scan Ferret 37mm filter mount Purpose This model is designed to mount a 37mm filter to a Ferret scanner. The primary purpose is to facilitate cross-polarization, which helps eliminate glare from 3D objects during the scanning process. Practical Uses It is used specifically for enhancing image capture when using the Ferret scanner. The design includes a built-in gap between the scanner and the print surface to prevent scratching during use. Included Parts - Ferret_37mm_Mount.stl - Ferret_37mm_Mount.stp (provided for potential adjustments) Printing and Assembly Guidance When printing, the author notes that supports are required for the overhang where the filter insets. Regarding assembly, the 37mm filter is intended to sit securely in the mount; however, the author suggests that sticky tack or other methods may be necessary if the filter falls out easily.

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Vista de Ender 3 V3 SE CR Touch Spacer for KE/K1 Hotend

Ender 3 V3 SE CR Touch Spacer for KE/K1 Hotend

Purpose This spacer allows a CR Touch to be used with a V3 KE/K1 hotend when installed in a V3 SE printer. The design is based on the Volcano bracket by T3KPrinter. Practical Uses It serves as an adapter to accommodate the specific geometry of the KE/K1 hotend within the V3 SE setup. Included Parts V3SE-CRTouchSpacer.stl Assembly Guidance Installation requires two longer M3 screws because the original screws will not reach through the spacer. The author used 12mm screws, though 10mm screws may also work.

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Vista de CREALITY CR TOUCH Support Mount

CREALITY CR TOUCH Support Mount

Purpose: This model provides a mount for the Creality CR TOUCH bed auto-leveling sensor. It is designed for use with the Trianglelab DDE type V6 hotend. Practical uses: It allows for the integration of a CR TOUCH sensor onto a Trianglelab DDE V6 hotend setup. Included parts: - Soporte para CR TOUCH.stl Assembly guidance: Installation requires four M3x10mm screws. The author specifies the use of a Creality CR TOUCH sensor.

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Vista de CR 10 SE Nebula Camera Bed Mount

CR 10 SE Nebula Camera Bed Mount

CR 10 SE Nebula Camera Bed Mount Purpose The CR 10 SE Nebula Camera Bed Mount is a compact accessory designed specifically for the CR 10 SE 3D printer. Its primary purpose is to securely attach a camera to the printer's bed, allowing users to monitor printing processes in real-time. Practical Uses This mount provides a convenient way to maintain a continuous visual of the printing process. The design is intended to capture high-quality timelapse footage that exhibits smooth motion similar to core XY movements. The adjustable design allows for precise positioning to achieve optimal viewing angles. It is compatible with a variety of cameras. Included Parts - CR10SECAMERA.stl Printing and Assembly Guidance Not provided in the source text.

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Vista de Microswiss NG CR Touch Mount

Microswiss NG CR Touch Mount

Purpose: This mount is designed to attach a CR Touch probe to a Microswiss NG Toolhead when used on a custom X axis Ender 3 Pro. Practical Uses: To install the mount to the extruder stepper motor, two M3x25 screws and two M3 washers are required to replace the stock screws. Included Parts: - Microswiss NG Cr Touch Mount.3mf - Microswiss NG Cr Touch Mount (heatset insert version).3mf - microswiss ng cr touch mount.step Printing/Assembly Guidance: Print with the flange on the build plate using PETG or ABS for heat resistance. Recommended settings include a 0.2 mm layer height, infill greater than 20%, 3+ perimeters, and 3+ top/bottom layers. While supports are not required, the author notes they may improve the underside finish. The author provides CAD-calculated probe offsets (X: -47.25, Y: -10, Z: 2.110), but notes that Z offset must be manually recalibrated for individual machines and printed parts.

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Vista de Minimus backplate BL/CR shortened arm

Minimus backplate BL/CR shortened arm

Minimus backplate BL/CR shortened arm Purpose This model is a modified version of the Minimus backplate designed for BLTouch sensors. The author created this version because the original sensor location was positioned too far to the right, necessitating a shortened arm to adjust the sensor's placement. Practical Uses This component is intended for use with BLTouch or CR sensors where the standard Minimus backplate positioning does not meet the user's specific requirements for sensor alignment. Included Parts - backplate_short.stl Printing and Assembly Guidance No specific printing or assembly instructions are provided in the source text.

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Vista de CR-10 SE Nozzle Wiper

CR-10 SE Nozzle Wiper

CR-10 SE Nozzle Wiper Purpose This model is designed to function as a nozzle wiper for the CR-10 SE. The creator notes that the design may still require minor adjustments or tweaking. Practical Uses To implement this wiper, the user must utilize the existing bolt holes on the printer, which requires the use of longer screws than the stock hardware. The design utilizes the head of a small brass parts cleaner brush as the wiping component. To ensure proper positioning, the user should configure the G-code to wipe 5 mm before the end of the sequence, which places the nozzle directly at the bristles. Included Parts - Nozzle Wipe.3mf Printing and Assembly Guidance Assembly requires a small brass parts cleaner brush head and longer screws to accommodate the existing bolt holes. For functional placement, the G-code must be modified to include a 5 mm wipe before the end of the command to align the nozzle with the bristles.

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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-M4 Bed cable holder

CR-M4 Bed cable holder

CR-M4 Bed cable Purpose This model is designed to hold the bed cable in place for the CR-M4 printer. Practical Uses It serves as a component to manage and secure the bed cabling during printer operation. Included Parts - CR-M4 Bed cable.stl

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Vista de Kingroon KP3S PRO V2 EXTRUDER CASE

Kingroon KP3S PRO V2 EXTRUDER CASE

Kingroon KP3S PRO V2 EXTRUDER CASE Purpose This model provides replacement extruder parts specifically designed for the Kingroon KP3S PRO V2 extruder case. The design aims to improve cooling efficiency through updated fan configurations. Practical Uses These parts are used to house the extruder components. The design features a brushless front fan and a side fan that utilizes a new 40x10 size. The side fan includes tubes intended for improved cooling. Both the front and side fan components are designed for pressure fit, meaning they can be installed or replaced without the use of screws. Included Parts The files include various extruder cover components, such as the left side screw and fan cover, and multiple test versions for the front fan. Printing and Assembly Guidance The author provides two thickness options for the case: a thinner version and a thicker version. While the thinner version is noted to work fine, the thicker version was designed to utilize more of the available space. Assembly for the fans relies on a pressure fit mechanism rather than screws.

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Vista de Tobsun DC to DC Step Down Converter Case for 2020 Extrusion

Tobsun DC to DC Step Down Converter Case for 2020 Extrusion

Tobsun DC to DC Step Down Converter Case for 2020 Extrusion Purpose This model is a protective case designed to house a Tobsun DC to DC step down converter. Its primary function is to protect the converter from external contact and interference. Practical Uses Designed specifically for mounting onto 2020 extrusion, this case provides a secure housing for the electronic component within a structural frame. Included Parts - Tobsun Case.stl - Tobsun Case.step - Tobsun Case Lid.stl - Tobsun Case Lid.step Assembly Requirements To complete the assembly, the author specifies the need for a few M3 screws and several heat-set insets with an outer diameter (OD) of 4.3mm to 4.5mm.

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Vista de CR Tool Tray K1/K1C/K1 Max

CR Tool Tray K1/K1C/K1 Max

Purpose: A storage system designed for the stock tools of the Creality K1C, K1, and K1 Max printers. Practical uses: Organizing and storing the original tools provided with the K1 series printers. Included parts: - CR Tool Tray.stl

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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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Vista de FARC (Filament Relief Arc) Version 3

FARC (Filament Relief Arc) Version 3

Purpose The FARC (Filament Relief Arc) Version 3 is designed to prevent filament inside a Teflon tube from being bent at an excessively sharp angle. Practical Uses The author uses this component to manage filament paths coming from heat boxes. Included Files * FARC-V3.3mf * FARC-V3_0.2mm_PLA_MK3S_3h53m.gcode Printing and Assembly Guidance This version is designed to be printed on its side. For printing, use a 0.2mm layer height and 20% infill to increase rigidity. This model requires supports.

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