x y z directions 3d models

Does not have a duct for E1, just X,Y,Z and E0. Designed to use M3 thermal inserts on the legs and to be mounted on a RAMPS that has the attachment board for an LCD controller. I designed this so I could use a very quiet low speed 80 mm fan, but...

It doesn't have a duct for E1, but it's designed for X, Y, Z, and E0. Thermal inserts are recommended for M3 screws on the legs, and it's meant to be mounted on a RAMPS with an LCD controller attachment board. The goal was to use a quiet low-speed...

I found some designs leveling x to y rails which would give maximum precision, so I went for this concept. To get the ease of use I designed a one piece block which will stay stable while moving the z axis down since you will need two hands for...

I found some designs leveling x to y rails which would give maximum precision, so I went for this concept. To get the ease of use I designed a one piece block which will stay stable while moving the z axis down since you will need two hands for...

I found some designs leveling x to y rails which would give maximum precision, so I went for this concept. To get the ease of use I designed a one piece block which will stay stable while moving the z axis down since you will need two hands for...

I'm looking for maximum precision while still achieving ease of use, and I found that leveling x to y rails would give me exactly what I need. To get the best of both worlds, I designed a one-piece block that will stay stable even when moving the z...

There are already a lot of z height blocks around but I was looking for maximum precision while haven also a maximum ease of use. I found some designs leveling x to y rails which would give maximum precision, so I went for this concept. ...To get the...

The X, Y, and Z axes provide a crucial framework to grasp and navigate directions swiftly and efficiently.

I created these prints so I could quickly and easily calibrate my X, Y, and Z axis. The process for calibration is to first print the "calibration test" file. I suggest printing this with conservative settings (slower speeds and thinner layers...

I created these prints so I could quickly and easily calibrate my X, Y, and Z axis. The process for calibration is to first print the "calibration test" file. I suggest printing this with conservative settings (slower speeds and thinner layers will...

I designed these prints to speed up calibrating my X, Y, and Z axes quickly and efficiently. First, print the "calibration test" file with conservative settings such as slower speeds and thinner layers for more accurate results. Next, measure all...

Added the Z-axis (although obvious) for completeness to https://www.thingiverse.com/thing:4572643.Most 3D printing knowledge is shared and gathered from this awesome community: https://3dprinting.stackexchange.com/.

The graph exhibits the equation z = x^2 + y^2, with the coordinates ranging from -10 for both x and y.

This cube serves as an object to give calibration adjustments to the print on the x, y and z axes.

Test for the X, Y, Z axes. Run in Vase Mode with a single shell at 60 millimeters per second. ...Set top and bottom layers to zero.

Cable Labels for your 3D Printer cables; Stepper Motor Cables ; End Stop Cables X ; Y ; Z ; Extruder I looked for these and couldn't find any, so made these in TinkerCad

Cable Labels for your 3D Printer cables; Stepper Motor Cables ; End Stop CablesX ; Y ; Z ; ExtruderI looked for these and couldn't find any, so made these in TinkerCad

These parts will enable you to calibrate X Y Z motor steps, taking into account scale factor data from an excel file provided. The scale factor is what makes correcting a measured dimension such as 20.12mm into the 20mm required on a calibration cube...

The X-Y-Z Machine Prototype is an innovative invention designed to streamline and optimize tasks in various industries. This cutting-edge technology showcases the potential for increased efficiency and productivity, paving the way for a new era of...

Here's an X-Y-Z quadrant that's perfect for demonstrating and educating about three dimensions. By placing three-dimensional mathematical shapes within the quadrant, you can visually grasp complex three-variable equations with ease. ...This object is...

These additional tests not only help you determine the accuracy of your x, y, and z axes, but having all the blocks lined up can also give you a clear picture of problem areas on your build plate. This is especially true when it comes to imbalances...

... developing software that will enable users to create 3D prints based on any 3D mathematical equation. ...As an example, one potential function could be a Z-axis representation of the sinusoidal curve 'z = sin(pixy)' within the range of -1 to 1.

Ejes X y Z Para Impresora 3D

The robot's grasp mechanism efficiently collects items x, y and z.

We're using a compact 10mm cube for rapid X, Y, and Z calibration.

The X-Y-Z-STAGE offers precise control over the CCD, allowing for easy adjustments.

_x-y plotter using 2 stepper motor in x, y and servo motor in z direction.-the volume of the robot is 0.04 m^3._component used:1-the timing belt GT2.2-Pully GT2.3-Round Rail diameter 8 mm4-Linear Bearing.5-GT2 Timing Belt Fixation.._electronic...

_x-y plotter using 2 stepper motor in x, y and servo motor in z direction.-the volume of the robot is 0.04 m^3._component used:1-the timing belt GT2.2-Pully GT2.3-Round Rail diameter 8 mm4-Linear Bearing.5-GT2 Timing Belt Fixation.._electronic...

I successfully redesigned the X,Y,Z carriages on J-Bot using a total of four rollers, cleverly reconfiguring them into three without compromising the essential features.

Construct an outdated USB keyboard electronics to create a custom X-Y-Z CNC regulator. ...The device operates seamlessly with LinuxCNC for executing component and instrument configuration.