prusa i3 rework 1 5 3d models

Some things just can't be helped because of the i3 Rework's X carriage setup, especially considering V1 had noticeable flex whereas V2 does not show measurable flex with my ABS plastic. With the addition of new rib structures, the flex was eliminated...

As countless others can attest, I too became frustrated with the v5's mismatched fit to the rework extruder and didn't want to replace it entirely. Printing an entire new extruder was a daunting task, so I sought a better solution. With this upgrade,...

Initially, my i3 printer had issues with its X-axis as the distance between the two holes and the bearings on the carriage were not uniform, resulting in a 2mm difference that prevented smooth end-to-end movement due to soft rod flexion. ...I resolved...

I looked around but couldn't find a good design for Prusa. Also, I didn't have any heat sinks. The design can be improved to incorporate heat sinks as well. After this, the temperatures dropped down to 40 degrees Celsius. Note that the bolts that...

... for a hall endstop. ...I'm using the endstop bracket here: https://www.thingiverse.com/thing:145941 The SCAD files are at my fork at https://github.com/garyjohnson/Prusa3 Just superglue the magnet in and you're good to go! Category: 3D Printer Parts

After using Version 1 on my printer for a period of several months, I was consistently disappointed with airflow issues. Prompting me to revamp it into Version 2 – a more compact and robust iteration suitable for lower-profile hotends such as...

It was just hard to get some of the screws in it so I had to manually remove the parts this model has removed for you. Make sure is you use screws to hold the bearings tight that the lowest ones have low profile heads or they will be lower than the...

It was hard to get some screws in it so I had to manually remove parts that model has removed for you. Make sure if you use screws to hold bearings tight, lowest ones have low-profile heads or they will be lower than extruder nozzles and hit your...

I used Apru's design from thingiverse.com/thing:495026/#files for motorbracket. Check out and subscribe to my YouTube channel here. Print Settings: Rafts - No, Supports - No, Resolution - 0.2 mm, Infill - 30%. Notes: Simply print as is, scaling up to...

I used Apru's design from thingiverse.com/thing:495026/#files for motorbracket. Check out my YouTube channel for more updates. Print Settings: Rafts - No, Supports - No, Resolution - 0.2mm, Infill - 30%. Just print it as is; scale up to 10 times...

Added an ingenious solution devised by somosmake-r to enhance the fitting of M10 washers. ...This revolutionary design ensures a flawless connection with both M10 long threaded rods and M8 short rods, while also accommodating 8mm smooth rods with...

Proximity Sensor Holder Conveniently store and manage your proximity sensors in one secure location. This rugged holder is designed to withstand the rigors of daily use, ensuring your sensors remain protected and within easy reach. ...Its compact...

This mount works with most makerbot style extruders with a cooling fan that delivers top-notch performance. For ultimate stability, two clamps grip the extruder motor body and the fan with precision. The OpenScad source file is designed to be...

This setup is designed specifically to link two 40mm fans together for efficient cooling of PLA prints.

With the work done by CG-Tech, I intentionally remixed this design to allow for direct attachment of the heat sink/cooling fan to the e-axis without relying on double-sided tape. To achieve this, I opted for M3-15 bolts that can be secured directly...

I've rebuilt my printer since what was there before just wasn't working right.

Belt Tensioner X Features Smooth Bars Extended to Length X. Adjustment accomplished with 2 M4x30 screws and 2 Nylstop nuts inserted in designated sockets. Includes 624 ZZ bearings for added durability. ... Manufactured using a robust 0.25 mm layer...

This is created to be used with www.thingiverse.com/thing/547706 in order to attach the Inductive Sensor to the front of the hotend utilizing the fan tabs. It's specifically made for a 12 mm diameter sensor. ... 6/16/2015 Update: A V2 version was added,...

The designer borrowed Enrico 19's concept but soon realized that the endstop switch was situated too far forward for proper screw contact to occur. The modification places the switch in a slightly offset position. ...This design is compatible with...

Utilize original cooling fan with hexagonal interface for optimal heat dissipation within Hot End enclosure.

You can use a pen instead of an axe.

I updated the design on thingiverse at make:92449, including the crucial modification of adding a missed hole to its configuration.

Proximity Sense Device Operator

The text was expanded by 8mm to enhance the hotend/endstop height and also modified bolt holes; a small cut was made for concealing switch solder pads. The Klinge Hotend is used as my hotend, but it hasn't been printed yet, so the effectiveness...

Motor moves to back instead of being housed inside Y-assembly.\nIncreases Y freedom by approximately 44 millimeters.\nY-idler Reverse edition adds around 35 more millimeters of clearance.http://www.thingiverse.com/thing:646518 \nNote:\nTop M10...

10mm Extender Bolts in for short (33mm) Nema17 Stepper Motor - A Prompt Solution to the Gap between Motor and X Endstop Use M3x50mm screws to install extender at rear of the motor, and at the forefront of the stepper motor on the extruder.

Tendeur courroie X sur barres lisses rallongées du X. Réglage tension par 2 vis M4x30 et 2 écrous Nylstop à insérer dans les logements prévus. Utilise un roulement 608zz en lieu du 624 Imprimé en 0,25mm infill 50% Belt tensioner X on smooth bars...

Online premier object: a vital reinforcement system designed to minimize vibration on the Z-axis plate. Right now, only the upper section is live, with the lower portion currently in development stage. To execute this mission, you will require an...

I designed the Endstop Y axis specifically to mount directly onto an M10 threaded rod.\n\nInstructions: Print the Endstop Y axis at a moderate pace of 0.2 layer thickness, filling each layer with a dense infill percentage of 30%. ...Secure it firmly...