ramps 1.4 test code 3d models

Hadn't found a RAMPS box that I liked that also supported SD RAMPS reader so I modified YARB to suit (Thanks!). Changes I've made: SD cutaway in sidewall - it's longer than it needs to be but I found it useful for a short endstop cable. You can...

... is a reworked version of the original design from Thingiverse, contributed by spauda01. ...Additional space has been incorporated to accommodate a step-down voltage regulator that converts 24V to 12V, an infrared controller, and the Ramps board itself.

... and scale the design accordingly. Although the variations might be minor, a 1/8-inch difference can significantly impact functionality – I learned this firsthand when my latch didn't work as intended after printing due to such a discrepancy.

My modifications include: extending the sidewall for a short endstop cable, elongating the overall box by 7mm to accommodate the SD RAMPS extension, and removing two fan vent decorations for improved airflow. ...Note that the picture shows the...

I'm working on a DIY project that requires a simple setup for an Arduino and Ramps board. The goal is to get it all fitted into a 25mm EMT tubing, which should be a snug fit. ...I've attached a .step file to this message, so you can easily make any...

Recently acquired a Tronxy X3 and constructed it with Ramps in mind, necessitating a blanking plate for the front of the enclosure's exterior. I should have reversed the part 180 degrees so that the labeling would be hidden from view against the...

I'm still building this thing - I slapped on a missile switch mount and cover from Sparkfun (https://www.sparkfun.com/products/11310), which I plan to hook up to the power feed coming in from the adapter to the ramps board so I can flip a kill switch...

A minimalist approach to building a Ramps (Arduino MEGA) mount involves making adjustments to the Arduino connectors, as the screw heads proved too large for the standard setup (referencing a photo provides visual evidence). To compensate, I inserted...

Box designed to house 1.4 electronics with a 60mm cooling fan. Includes side bar holders, supported openings for ease of use, and secured components with zip ties and extra end stop holder for stability. A future lid addition will have wire openings,...

This is a stripped-down holder for the Arduino Mega 2560 board, either alone or with a RAMPS shield on top. Two versions are available, each serving a specific purpose. One uses melt nuts sized M3x4x4...

For the RAMPS version, stepper leads and other leads enter through vent holes on the left side while the PCB slides in from the right with the shield fitting in the PCB guides. A 40mm fan bolts onto the lid ensuring airflow over stepper drivers and...

I design rugged ramps that securely hold boxes, built with a heavy-duty frame for added stability. A three-bolt system ensures a firm grip on the plywood panel. Ample space is provided to add an LCD header module, while zip-ties are anchored by...

The original is a phenomenal mount (shout-out to mming1106) but I needed to attach it directly to the face of my CNC and while there were other mounts with screw tabs, I liked how this one fits and how the board attaches to the supports, so doing it...

Upgrade the RAMPS1.4 board by installing a high-capacity fuse holder.

http://www.thingiverse.com/apps/customizer/run?thing_id=166045 Instructions Using the following options: fan_hole_spacing = 71.50 screw_diameter = 4.25 pcb_width = 60.0 cross_bracket = 10 bracket_thickness = 4.0 bracket_length = 12 bracket_height =...

... are designed to fit between pin connectors, unlike other similar models with wider legs. To use this mount, print two brackets, secure the fan with M3 allen head screws, then attach the brackets to the RAMPS1.4 board for cooler stepper performance.

Print Settings Printer Brand: RepRap Printer: Mendel90 Rafts: Off Supports: Off Resolution: 0.1 to 0.6 millimeters Infill: 10 to 100 percent

http://www.thingiverse.com/apps/customizer/run?thing_id=166045 Instructions Using the following options: screw_diameter = 3.25 bracket_length = 12 cross_bracket = 10 bracket_thickness = 4 fan_size = 50 bracket_height = 36 pcb_width = 60.0...

Suitable for TMC big heatsink drives and arduino mega ramps1.4. It has 80mm fan connection holes on it. There are cable outlets in suitable places on all side walls. ... I am now designing a box for mks gen l v1.0.

... For printing, I used .33mm layer height, 20% density, 3 layers and shells with standard slic3r settings for speed. An old ATX power supply provided the fan, which works efficiently. Screw it on using regular 1.75" wood screws or M4x35mm screws.

The revised case now boasts 4 discreet holes on its bottom exterior, allowing for secure fastening to a machine bed frame. This modification also enables me to create ventilation openings in the bottom, effectively venting the Arduino 2560. Following...

An updated version of my Arduino enclosure houses a Taurino board with RAMPS 1.4 shield. Stepper and sensor cables enter through the top, while power and USB connectors are at the end. ...There's space for a 40mm fan powered by Arduino's power...

A precision-cut hole accommodates a 1/4" (6.35mm) rod with perfect fit, ideal for rods made of wood or aluminum materials. ...Perfectly suited for X Wing pilots or those who prefer the sleek style of TIE fighters, this code cylinder is the ultimate...

... I'll add all that to the second version of the box. Electronic Ramps 1.4 box with a hole for an 80 mm fan. Fixing holes are the P3Steel holes. ...The box features a connection point for Y axis cable chain (http://www.thingiverse.com/thing:11978)

I crafted a straightforward attachment for a ramp system that accommodates 3/4-inch EMT piping. ... To utilize this component, simply adjust it if you're working with tubing dimensions other than 3/4 inch.

This ultra-compact yet surprisingly effective 60mm fan mount is perfect for the Ramps 1.4, and can be printed in a remarkably short 1 hour. ...In fact, I was able to get it done in just 59 minutes using my trusty Prusa i3 3D printer.

My Repetier 1.0.2 is configured for ramps 1.4, utilizing 32-step drv8825 drivers, a 2:1 ratio 2mm pitch single Z motor, and a 3:1 ratio direct drive extruder, along with normally closed style endstops. To adjust settings in Configuration.h, calculate...

It was necessary to change the motherboard which cost a whopping five hundred euros, so I decided to take my old Ramps and remake an entire machine. 1. First, you need to follow this tutorial for the wiring:...

I am excited to share this ultra-compact but super-useful 60mm fan mount for Ramps 1.4 that prints in under an hour - actually, I was able to get it done in a whopping 59 minutes with my trusty Prusa i3. ... To put it all together: Print the plate, or...

Electronic Box for Arduino Mega and Ramps 1.4 Board