filament runout sensor mks gen l 3d models

I repurposed the filament runout sensor bracket's design by combining it with another element to transform it into a mechanical system from its original optical configuration.\r\n\r\nTo create this new design, I merged two distinct...

There were some comments on the original Thing by 3djpco about having step or iges files available for this filament runout sensor. So I made a model without the screw tabs for people who would like the ability to modify a step or iges file to their...

This is a simple cap designed to attach to the filament runout sensor created by barrettford, printed using identical settings. I've since developed v2 with small tabs that provide a secure friction fit. Sufficient space exists beneath the cap for...

I'm looking for a holder that will accommodate the Filament-Runout-Sensor specifically designed for the Tevo tarantula and the standard Extruder-Motor. This particular holder allows you to directly screw in M3 screws into the plastic, which means no...

I had some leftover LM393 Optical Speed Sensors from a robotics build I did a few years ago and decided to repurpose one into a filament runout sensor. I am using the SKR Mini E3 board for my Ender 3, so I plan to connect the 5v from the SPI header...

This is a mount made to fit a filament runout sensor on my Ender 3 V2. PAY ATTENTION! It has a coupler at one end for 1.75 filament. I am using a bowden tube from the dryer to this mount. You can put a little piece of tube there, otherwise it...

This is a simple sleeve that fits over an optical sensor that allows you to insert Capricorn tubing (~4mm outer diameter) on either side to turn it into a filament runout sensor. I had some LM393 Optical Speed Sensors laying around leftover from a...

I chose to relocate the runout sensor on my printer to the end of the filament arm. Initially, I had positioned it close to the extruder but this made filament changes more complicated. Moving the sensor further down has resulted in a bit more wasted...

Container for filament sensor, for Eryone Thinker

I engineered this adapter to enclose my Geeetech A20M, which lacks a way for its runout sensors to accommodate a guiding teflon tube that enables loading of filament from outside or above the printer's cabinet. This part is designed to replace the...

For info to incorporate this into a Robo 3D R1 see: http://community.robo3d.com/index.php?threads/filament-runout-sensor-frs-upgrade-to-robo-r1-r1.17128/ 12/27/2016 Added version 2 (all files with V2 in name). Version 2 incorporates the through slot...

This adapter enables you to attach the MKS Gen L to your Ender 5. The cooling fan has been repositioned at a 45° angle towards the drivers, preventing it from obstructing long cooling fins of the TMC 2130. Requirements: Four M3 screws are...

All mechanical runout sensor designs seem to have a major drawback: the microswitch is aligned with the filament path. This design flaw is fine for bowden setups, where the size isn't really an issue, but on direct drive extruders, anything on top of...

I designed a custom mount for my MKS Gen L Board using Fusion 360 and was able to print it easily with minimal support needed only at the heater connections. To assemble it, I required some rods for the hinges, opting for long M3 screws in this case....

This enclosure houses the MKS Gen_L V1.0 board with ease. ... Key features include: * Extrusion mounted design * Strategically placed mounting holes and a grill for a 120mm fan, delivering ample cooling without excessive noise * Ample interior space...

This is a crucial application for the MKS Gen L Board upgrade on your Ender 3. The mainboard fan must be installed from the outside due to the stepper drivers' presence. Strategically, the fan hole positions the fan to cool the stepper drivers...

... head screws with washer and nut. Then, I mounted my MKS GEN_L controller board to the bracket with the cover in place. Although the cover is optional, it's essential for cooling my drivers. ...Two openings on the cover are designed for 40mm fans.

I required a holder for my MKS Gen L, only to discover that none had been designed yet. Frustrated by this lack of innovation, I took matters into my own hands. I obtained some small distance cylinders which I carefully screwed between the holder and...

This is a detailed guide for the MKS Gen L case of Ender 3. When assembling, use M3 screws exclusively. If you'd like to suggest improvements, feel free to leave comments below. Consider showing your appreciation by donating an amount of your choice...

This is a filament runout sensor basded on an endstop on a pcb. It is for 1.75mm filament. I recommend drilling ou the hole for the filament to 2mm to reduce the friction. Also you will need for better reliability 2 M3 16-18mm to hold the switch...

This sensor mount utilizes a Trianglelab filament runout sensor. It is attached directly to the roller carriage provided by printermods.com for direct drive conversions. The sensor's output is aligned with the extruder and fed directly into it. I'm...

This revolutionary filament sensor detects either filament runout or filament jams using an optoelectronic sensor that tracks a slotted wheel's rotation, triggered by filament movement. The sensor compares this data with extruder step signals from...

**Parts Used:** * MKS Gen L V1.0 mainboard and stepper motor drivers (TMC2208 in my case) * 4010 fan (40mm x 40mm x 10mm), compatible with both 24V and 5V fans supported by the MKS Gen L * M3 screws: 6x 8mm (mainboard mount, lid), 4x 12mm (fan), and...

This adaptor let you mount the MKS Gen L into your Ender 5. ...The cooling fan has been rearranged to a 45° towards the drivers, so it doesn't interfere with long cooling fins of the tmc 2130. Requirement: 4xM3 from the previous board to mount the...

I'm sure plenty of you know the trick of taking your old Z axis sensor and repurposing it as you filament runout sensor. I included the wiring diagram that you need to make this work. past that you only thing you will need is a 4.5mm BB from a BB...

... ...I made this a dual filament runout sensor, made it mountable to a 2020 frame using t-nuts, extended the filament inlet and outlet paths to accept PTFE tubing, and ensured that the filament had a straight path into the stock extruder on the Ender 5.

Hardware Requirements ---------------------- • A filament runout sensor (Mine was sourced from a product on Amazon, B07F65TXGS) • 2mm ID PTFE tube Versions and Variations ----------------------- • The PTFE Passthrough version is the one I personally...

It originally ran on an MKS Base v1.4 with DRV8825 stepper drivers soldered directly onto it, but I wanted to use my TMC2208 instead and had an unused Gen L board on hand, even though the hole patterns between the two PCBs weren't compatible and the...

A dead simple filament runout sensor. The bowden version is the one that I have and is tested, and can be fitted using the M4 screw already present on the extruder (see the image). I haven't tested the direct extruder version. Do let me know if it...

This is made to clip on to the bracket that is installed with a Creality brand filament runout sensor kit. the guide is currently installed on a Ender 3 V2. ...The newly installed bracket in the kit is only used on the ender 3 series of printers so I...