shapeoko 2 gshield enclosure 3d models

Table vice for a Shapeoko 2 that has a 1-inch grid drilled into its bed, mounting points spaced 3 inches center-to-center, accommodating #6-32 screws for use in pairs with adjustable length jaws offering up to three-fourths of an inch on each jaw. A...

These mods were designed by me to integrate the Shapeoko 2 electronics into an old computer case that I was no longer using. I plan on adding more components, including a motherboard, to turn this into one complete and compact case housing both host...

I'm building a safe and reliable workstation for my Shapeoko 2. After experiencing inconsistent performance with TGFX and CoolTerm, I decided to create a custom workstation using software that works flawlessly every time without disconnecting or...

Attach a Dewalt DW660 router to your Shapeoko or similar device, following my custom design inspired by Inventables' technical blueprints (available at https://www.inventables.com/technologies/dewalt-dw660-spindle-mount). Due to McMaster-Carr's...

This mount is designed for a standard-sized limit switch (15.8 x 27.8 x 10-12mm), attaching directly to the x plates using M3 x 10mm screws for the shapeoko and M3 x 20mm screws for the switch. ...The placement ensures optimal travel without hitting the...

In an effort to secure my Shapeoko 2's safety and reliability, I designed this workstation from scratch. The combination of TGFX and CoolTerm with the TinyG controller proved to be unstable and inconvenient for me, so I created a workstation that...

Holds M5 nuts in the mount and uses M5 x 12mm screws to fasten to Shapeoko, along with M3 x 20mm screws for the switch. The STL includes two mirror-symmetrical mounts to fit switches on both sides of the device. ...This mount strategically positions the...

... facilitate cable tie usage for wire security. Printing specifics include: Infill at 15%, 2 shells, .30 layer height, build plate temp at 115°C, raft and support enabled, extruder speed of 90 mm/s, and travel speed of 150 mm/s on the Replicator 2x.

A Simple Upgrade for Sweepy Dust Collector: Adapting STL Files to Fit 2.5" Shop Hose. To accommodate the desired fit, tolerances are intentionally loose, allowing users to adjust the attachment according to their preference. A rubber band is used...

This allows cleaner wiring to the GRBL Shield. The slots in the base are so the wires can be secured with cable ties. Instructions I printed this on the Replicator 2x with the following settings: Infill = 15% Shells = 2 Layer Height = .30 Build Plate...

UPDATE 2: The clamp base design has been revised with the addition of bosses to facilitate easy screwing in M3 threaded holes, ensuring a secure vacuum hose attachment. Utilizing PET+ materials, the printed component demonstrates great strength and...

Resolution settings: 0.2 millimeters will suffice for optimal printing. Infill should be set to 50% to achieve a good balance between structural integrity and material usage. Notes on print preferences: given that this assembly comes into direct...

The GShield prototype designed for Shapeoko 2 CNC features a PCB with holes that are mostly accurate, ensuring a proper fit in an Arduino Uno board. ...Several electrical components have been obtained from other GrabCAD sources to complete the design.

The objective here was to create a shoe that wouldn't require any modifications to either the Shapeoko 2 or the spindle mount. This versatile dust collector is compatible with printers boasting a 6" x 9" (150 x 250 mm) printer bed - Flashforge,...

This revamped stepper shaft thumb wheel is inspired by thatch's design. It boasts scalloped edges, which enhance its grip. For printing, use an infill of 15% or more. ...Secure it in place with a M5 screw and nut, followed by affixing to your desired...

To Assemble: Use 4 x 10mm M5 bolts and nuts to fasten the printed component firmly onto the end plate. Next, detach the Grbl shield from the Arduino if it's currently attached. Then, secure the Arduino to the printed part using 3 x 10mm M3 bolts. I...

On my Nema17, I lack a rear shaft for installing the conventional manual Z plate advancement knob. Though not a significant disadvantage, it is slightly more convenient to access with hands compared to reaching the coupler. ... The assembly...

Created using Tinkercad, this item can be edited online at its location: https://tinkercad.com/things/0FgvyP0A1Su

If you want to anchor your machine securely to a base or table, simply print out four holders and fasten them firmly with a few screws. ...This versatile design boasts two millimeter holes, six inches of length, one inch in width, nearly an inch in...

This is the X carriage for a X-Carve or Shapeoko 2. The current file on Inventables only accepts Nema 23 motors, so I made this one that can fit Nema 17. Per the license: I DO NOT CONSENT TO THIS MODEL BEING USED FOR COMMERCIAL SALE OR PROFIT IN...

... to print it out, you can scale up the model as per your requirements for precise adjustments. This part represents the motor mount featured on the Shapeoko 2 system. ... https://www.inventables.com/categories/machine-components/plates-carriages

This is a custom adapter designed to mount a Nema 23 stepper motor on the standard Z-Axis of the Shapeoko 2, which was originally built for Nema 17 steppers. ... Print Settings Printer: Vertex K8400 Rafts: No Supports: No Resolution: 0.21mm Infill:...

Installing a harbor freight trim router on a shapeoko 2 involves mounting the smaller hole to fit a 1-inch PVC pipe for vacuum purposes. A newer design makes better use of space by utilizing every available inch, ideal for maximizing work area in...

Part to mount a harbor freight trim router (http://www.harborfreight.com/14-in-trim-router-61626.html) to a shapeoko 2. The smaller hole is sized to mount a 1" PVC pipe for vacuum purposes. *UPDATE 12/3/14* Made a newer version that better makes...

Place your work piece firmly on the Shapeoko 2 threaded insert wasteboard. Three sizes are available: Small, Med, and Large. Edit the parameters in the openscad source to generate custom versions. These models were designed from a set of commercial...

Here are some new horizontal work-holding clamps for my Shapeoko 2 that I designed in Fusion 360 and printed on a Makerbot Replicator 2. A video showing them is available here: https://youtu.be/Z9x7S5f6Poc UPDATE: I decided to create another...

Here are some new horizontal work-holding clamps for my ShapeOKO 2 that I designed in Fusion 360 and printed on a Makerbot Replicator 2. A video describing them is here: https://youtu.be/Z9x7S5f6Poc UPDATE: I went ahead and made another version with...

I've had a stock rotary tool since I got my ShapeOko 2 setup\nIt has an exposed bent tube which can be pulled out to change bits\nThis is still a work in progress and likely needs improvements - the pipe probably should slide further down or allow...

Design for Shapeoko 2 Style CNC Mounting. I needed a straightforward solution to install Reprapdiscount Hall-O effect endstops on all axes for minimum and maximum settings and integrate my Arduino/Ramps 1.4 along with a voltage step-down module for...

Just a Dial Indicator Mount I made for the Shapeoko 2 Rotary Tool Holder. Sized for an AccuRemote Digital Indicator: http://amzn.to/1qJbTZM Based on lordmundi's Pen Holder, but I built this .SKP from scratch since his version was a bit of a mess...