Tutorials

Pre-printing Tips for Flexible PolyJet Materials

13 4 Beginner
PolyJet currently offers a number of flexible materials: Tango and Agilus30 families. This tutorial will provide some tips to optimize the performance of these materials, using the various settings in GrabCAD Print.

SolidWorks Flexible Sub-assembly (2 ways)

10 4 Intermediate
Most of us find it boring to keep repeating the same mates between the same parts within large assemblies, so we make "Sub-assembly" files to work with. But unfortunately, the default configuration for ALL sub-assemblies makes them "rigid"; as if they were a single part. Here we'll know how to make them "flexible", and in the easiest way possible.

Flexible Pipes between 2 Parts CATIA

6 1 Beginner
https://youtu.be/OlRkCLi2Jj4 Hello CATIA 3DExperience Fans, Here is my last tutorial Design Fast #4 edition! I will learn you how to design a pipe between 2 parts in Assembly Design. 1 part is fixed and can be manually moved. The pipe will automatically follow the new position and update the curve between the 2 parts. Do no hesitate to add comments or send me message about new topics for instance! Please subscribe and visit our website: http://www.plm-technology.com/ Use Captions and Enjoy :)

How to animate flexible pipes in Inventor?

2 0 Intermediate
"Quick" tutorial... All tutorials are slow! Very slow! Just to do model faster, then write "How to".. :-)

01 Introduction Video

2 0 Expert
Hello friends, I am Mechanical Design Engineer & SolidWorks Trainer I'll teach you SolidWorks & Design basics. Please subscriber my channel, like n share this video and comment if you have any query. SolidWorks | Special Purpose Machine | Conveyors #SolidWorks #ConveyorDesign #FlexibleConveyor #BeltConveyor

Design of FLEXIBLE FLANGE COUPLING in Solidworks.

1 0 Beginner
Flexible couplings are usually used to transmit torque from one shaft to another when the two shafts are slightly misaligned. They can accommodate varying degrees of misalignment up to 1.5° and some parallel misalignment. They can also be used for vibration damping or noise reduction. You can find detailed modelling with assembly in this video

How to print flexible parts with multiple materials on Connex 3D printers?

1 0 Intermediate
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Creo tutorial: Flexible modeling- all in one

1 0 Beginner
Series of Creo Flexible tutorials: 1. Applying Flexible Offset 2. Modify analytic feature vs. Flexible Offset 3. Flexible Mirror 4. Flexible Substitute 5. Edit Round feature 6. Symmetry Recognition feature

Creo tutorial: Flexible modeling - Practical example

0 0 Beginner
Practical example - how to combine Flexible modeling with Surface and Solid modeling on imported geometry. Used features: Flexible Remove Feature, Boundary Blend, Extend, Copy and Paste Geometry, Merge, Solidify, Flexible Attach, Flexible Move, etc.

Tutorial: How to model Flexible Rubber Hose in PTC Creo Parametric and show design intent

0 0 Beginner
Here is my short video tutorial:

Creo Parametric. Адаптивная пружина сжатия (Часть 1). Flexible Compression Spring.

0 0 Intermediate
Это видео, а также вторую часть, заключительную, смотрите на моем канале YouTube^ https://www.youtube.com/channel/UC9fDxJ-FN2hPADXeyca7dyg Адаптивная пружина позволяет использовать ее в качестве гибкого компонента в сборке, что дает возможность добавлять компонент в сборку много раз с разными размерами в зависимости от места установки. Создание адаптивной пружины на растяжение можно посмотреть на этом же канале: https://www.youtube.com/watch?v=6MqKQuqpMF8&t=1s An adaptive spring allows it to be used as a flexible component in an assembly, which makes it possible to add a component to an assembly many times with different sizes depending on the installation location. Программа использованная в уроке: Creo Parametric опора=(угол_опоры/360)*диа_проволоки межосевое_расстояние=высота+2*опора-диа_проволоки Перемещение=межосевое_расстояние/(кол_витков-1)-диа_проволоки расстояние_р3_р4= межосевое_расстояние -2*диа_проволоки-2*Перемещение A=кол_витков-2 /*количество активных витков B=A*диа_проволоки-4*Перемещение-расстояние_р3_р4 C= -расстояние_р3_р4*диа_проволоки PICH=(-B+sqrt(B^2-4*A*C))/(2*A) расстояние_1=диа_проволоки расстояние_2=диа_проволоки+Перемещение расстояние_3=межосевое_расстояние-диа_проволоки-Перемещение расстояние_4=межосевое_расстояние-диа_проволоки pp_1=диа_проволоки pp_2=диа_проволоки pp_3=PICH pp_4=PICH pp_5=диа_проволоки pp_6=диа_проволоки Видео является переработанной и адаптированной для пользователей моего канала версией цикла "Creo Flexible Compression Spring" англоязычного автора канала: https://www.youtube.com/channel/UCmx0...

Flexible modeling

0 0 Intermediate
In this tutorial, you can learn How to work with Flexible modeling - with Move feature

Auto-Adjusting Cable

0 0 Intermediate
This tutorial will teach you how to make a cable wire in an assembly that auto-adjusts its length and shape when the assembly is modified. The software used is Solidworks. A video will also be accompanied with the tutorial to show the whole process in one go and show how it works.

JP_007: Connex 3Dプリンタで複数の材料から柔らかい部品を造形する方法

0 0 Intermediate
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