adjustable latch 3d models

a tool

This is an easy-to-use, straightforward equipment that simplifies tasks and enhances performance. ...Its user-friendly design ensures hassle-free operation, making it perfect for those who prefer a no-nonsense approach to hardware.

The object shown was designed and created using Tinkercad. ...To make changes or view it online, visit this link: https://tinkercad.com/p/acc0fb94d216b2fd/21

Solidworks Certification test

I started by sketching out all of the straight lines and dimensioning them as such. To create the curved geometry, I used two different types of arcs. I created a centerpoint arc, using the midpoint of the long line in the bottom right as the center....

Steps:1. Started the sketch o the 40mm ark and dimensioned as I went, when I got to the corner with the two tangent arcs, I made the horizontal line coming from the 45 angle coincident with the point of the 29mm arc.2. Extruded to part width3.

step1: sketch geometry according to the blue prints (( !! crucial !! ...- when sketching make sure the arcs are fully defined first, then make the line under the whole cut out concentric with the axis))(note) the axis point in the blue prints can be...

steps:1. created left edges sketch first2. added the curves, created relations and dimensions3. worked on right side of sketch4. added hole in left center of sketch5. added finishing relations with respect to the plus reticle thing6. extruded7.

CSWA part

I started by sketching out the front profile, making sure all the measurements including radius' were correct, then I boss extruded the model without including the circle.

Mass = 1066.52 gramsVolume = 135002.52 cubic millimetersSurface area = 18681.37 square millimeters

Plugs that can be used on the model, positioned using rubber bands.

Mass = 1066.52 gramsMake a sketch with a circle at the origin R6. Make a line to the left and underneath both 14 away. Make the left line 18 and between those a 45degree angle line. The bottom line running until a R5 circle's top. From that circles...

This is one of 6 original parts I used for this assembly. The only changes I made for this part were to make it smaller so it can fit the size of the rest of the assembly. I used this part to create a 'locking' mechanism for the fridge. ...I was going...

A straightforward fastener designed to secure two components together. ...It requires only two #8 screws for installation.

Mass = 1066.52 gramsVolume = 135002.52 cubic millimetersSurface area = 18681.37 square millimeters Process:I sketched the whole part in just 1 sketch and then did the boss extrude. ...It was relatively easy it's just figuring out the dimensions.

school education

Part was built :)

<p>PLA 200/60</p><p>Fan 100%</p><p>no supports</p>

First I made a lot of dimensions to make it easier to sketch out, I started on the right slant and worked clockwise. ...After I made the sketch I extruded 45mm.

I started by sketching out all of the straight lines and dimensioning them as such. To create the curved geometry, I used two different types of arcs. I created a centerpoint arc, using the midpoint of the long line in the bottom right as the center....

I hacked out a shorter cut of that thing.

I utilized a secure locking device to maintain closure of the entrance gates surrounding my living quarters.

Use for Door Cabinet....

First, I started by sketching out the outline of the front view of the sketch. I used the dimensions in the blueprint to sketch out guidelines for me to use to sketch it out. I used the line tool and the center line tool the most in this project.

Test prep project

Step 1: the only step is too carefully sketch out the part and precisely do the correct dimensions and boss extrudeStep 2: just be carful with some of the curves when using either arcs or circles