techdeck ramps 3d models

It's clear that Ramps was never designed with a closed installation in mind. After conducting an exhaustive search, I've finally discovered a solution that I believe will put this issue to rest once and for all. All connections are neatly routed out...

There are three versions of my box for the Ramps, just choose one that fits you better (according to your cable management), and the common case lid has 50mm fan holes. The three holes on the lid serve two purposes: ventilation and passing cables...

Modular RAMPS and MOSFET cases with magnetic lids are designed to fit perfectly onto 2040 aluminum frames. A few essential notes need to be considered: - Use 1.75mm filament for the hinges. - Four 6mm magnets are required for the RAMPS case, while...

This meticulously crafted model features three distinct ramp designs accompanied by separate seaweed objects for each, allowing users to toggle these sea-encrusting elements for a clean, sleek appearance or keep them intact for a weathered look. All...

Connect one pair of pins on the vero board to the 12V aux connection on your RAMPS board using female to female DuPont connectors. Connect your 12V accessories to the remaining header pins. Ensure you've got the polarity right. Print Settings...

In terms of height, with RAMPS/Arduino boards in place, plus those pesky ribbon cables accounted for, it's perfectly level with the plane of the print bed. Keep in mind that my render shows an earlier iteration without the crossbeam reinforcement...

To assemble, you need to print Ramps_Box_1.4_Plain_Front.stl in order to invert the original front into the back of the box. The LCD display can then be mounted on the back of the box, with a special hole available for passing the LCD wires. Also, we...

... spot any mistakes in the above. See below Youtube video for how to set stepper current. Mine are clockwise to increase current https://www.youtube.com/watch?v=XU6lgFeZ7ZQ&t=231s See http://domoticx.com/arduino-mega-shield-ramps/ For connections

The Ramps CNC Shield Bracket in http://www.thingiverse.com/thing:843491 was somewhat too wide, so I designed another CNC Shield mount. And then I added a support for the box for a Prusa i3 Hesine printer, so I wouldn't need extra holes in the printer...

Prusa Firmware 3.9.0 (MK2S) for Arduino RAMPS 1.4 board In my github repository (https://github.com/cimoalpacino/Prusa-Firmware/tree/MK2S_3.9.0_RAMPS) you can find and download the source code of a working Prusa 3.9.0 firmware running on an...

A protective housing for the D-Bot Core XY printer can be created using a RAMPS case. Secure M3 nuts into the corner blocks and firmly bond them to the four corners of the enclosure with superglue. These attachment points will hold the lid in place,...

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...

First off, the parts aren't properly aligned, and second, my stepper drivers on the ramps board overheat during longer prints, resulting in subpar prints due to poor air conditioning in this model. I tried tackling my first project, and that's all I...

Case for Arduino Mega R3 and RAMPS 1.4 - perfect for Prusa i3 or other DIY projects! Dimensions: 80mm x 140mm x 63mm Designed for parallel printing Secure it all with M3 nuts and 8 or 10mm bolts - don't worry if they slip out of place, we've...

However, he prefers using the different crosses and ramps more than setting up both levels for the bridge every time. These printed out great, with enough sticking power to a bed without needing any raft or brim support. I've since updated them...

This electronics enclosure, designed for RAMPS 1.4 with a 40mm fan, is compatible with Prusa i3 single sheet frames. It's an improved version of the original design found on Thingiverse (http://www.thingiverse.com/thing:3917), which I highly...

This bracket secures an 80x25mm fan in place beneath a Folger Tech Kossel 2020 to cool the controller board (RAMPS etc). To use a heated bed without the controller throwing a fuss, I had to install this bracket - my printer would throw an "Extruder...

This 3D model features detailed snowboard and ramps, containing 4372 polygons with 4026 vertices. It is fully textured and includes PBR textures in 4k resolution. The model is unwrapped, UV mapped, and optimized for efficiency. Renders can be viewed...

DeStulps created remix 1.4 ramps to fix overheating problems, but I added more vents to the case to minimize static pressure and boost airflow. By reducing pressure, the heating problem disappeared entirely. Attach deckels and frames using M3x8...

Redesigned the Original Prusa i3 MK2 Electronic Rambo case to fit Arduino Ramps board. The design consists of three parts: Base: Holes were moved to accommodate the Arduino in the case, and the USB connector was relocated. Hinges (no modifications...

This box was designed to fit for Arduino mega + Ramps 1.4. It is complete with its cap with fan mounting holes (40*40 fans) and with the mounting support to fit Prusa i3 Rework frame. USB hole in one side and a big hole for the services cables...

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...

I'm excited to share with you a game-changing solution for connecting your Hot Wheels tracks to Earthrise and Siege ramps! Introducing the ultimate adapter, designed specifically to bring your favorite tracks together seamlessly. Whether you're a...

A snapshot displays an earlier version, while the uploaded model boasts slightly wider proportions, creating a more substantial gap between the RAMPS and the fan. The RUMBA variant of this project is also available on Thing 597188. ...

I crafted this bracket to securely hold the Arduino MEGA+RAMPS 1.4 boards and a 40mm cooling fan, then attach it to a steel stand for my QU-BD ThreeUp V2. The files provided include the DesignSpark Mechanical 2.0 file for anyone who wants to remix...

I designed this bracket specifically to hold the Arduino MEGA+RAMPS 1.4 boards and a 40mm cooling fan in place, while attaching securely to my QU-BD ThreeUp V2 steel stand.\nThe included files comprise a DesignSpark Mechanical 2.0 file for anyone who...

ParametersHoles 3.5mm 7.00 mm for the bolt head6.00 mm for the female screw5.20 mm bottom hexagonal (female screw)Fan size:50.20 x 50.20 mm distance between holes mid pointhole size 4.20mm and 6.50 for the bolt headCommutable button panel for extra...

This is a fresh design for both the front and bottom panels of the iPa64's case, tailored specifically to accommodate the Arduino Mega R3 and RAMPS 1.4 boards, as well as the new 2560 Mega board. The updated front panel now features an extra hole,...

This is an adapter I designed to replace the 40mm ramps cooling fan located at the bottom of the Robo3D printer. Space constraints necessitate this adapter hold the new 60mm fan partially suspended below the bottom plate. The top of the fan now sits...

... You can connect directly to the RAMPS without modification at the exit of the heated table. ...If you plan to connect the signal from the controller to a signal with less than 5.5v (for example, direct on the Arduino), be sure to close jumper JP1.