High Quality for ASTM F880 F880M Stainless Steel Socket Set Screws to Gabon Manufacturers

Stainless Steel Set Screws Grub Screws

Metric Size: M1.4 - M52, Inch Size: 0# - 2"

Hexagon Socket(Allen), Torx Star, Square, Slotted Drive Types

Flat Point, Cup Point, Cone Point, Dog Point

Other Drive and Point Type are also available acc. to customer requirement

Various Surface Finishes

Various Material Grades are available

Please feel free to contact us for more details


  • High Quality for ASTM F880 F880M Stainless Steel Socket Set Screws to Gabon Manufacturers Related Video:



    We use FreeCAD’s Part Design Workbench to model a Flanged Pulley shown at the beginning of the video. This video is the same as Tutorial 05 but with a few fixes and with audio added. The index is below (click “Show More”); if you have any questions or comments please post them in the FreeCAD forum, https://forum.freecadweb.org’ Please note that before your first post is actually published it must be approved by a moderator.

    This tutorial was done using the FreeCAD version 0.14.2370 for Windows XP. Newer FreeCAD versions have since been released, so your version should have all the tools shown in this tutorial.

    A dimensioned copy of the .pdf file used in the video can be downloaded from:

    https://www.dropbox.com/s/ew905xiujgumtla/Flanged_Pulley.PDF

    Index:
    00:00 Introduction
    00:32 Create Sketch with Polyline
    00:55 Toggle Polyline Mode
    01:42 Use of Coincident Constraint
    01:50 Use of Horizontal Constraint
    02:00 Use of Sketcher Fillet tool
    02:21 Use of Equality Constraint
    03:30 Use of Horizontal Distance Constraint
    03:49 Use of Vertical Distance Constraint
    04:05 Use of Equality Constraint
    04:36 Delete redundant Constraint
    04:47 Use of Radius Constraint
    05:01 Use of Fix Point Onto Object Constraint
    07:35 Revolution of a Sketch
    07:55 Editing a Sketch to change the model
    08:2- Toggle object visibility
    08:31 Automatically fix point onto a line by Preselection
    09:23 Create Spoke hole by Pocketing Through All
    09:54 Create a Polar Pattern Feature
    10:29 Edit Sketch (bolt holes) to change the model
    11:07 Creating the keyway
    11:14 Sketcher Rectangle
    11:18 Sketcher Create Edge Linked to External Geometry and Fix Point onto External Geometry
    11:34 Sketcher Symmetry Constraint, Horizontal and Vertical Distance Constraints
    12:18 Create keyway by Pocketing Through All
    12:47 Change Occurrences of Polar Pattern Feature to increase number of spokes
    13:20 Fillet all bolt hole edges