Factory supplied Aluminium Alloy Set Screw Grub Screws for Chicago Manufacturer
Short Description:
Aluminium Alloy 6063 Set Screws Grub Screws Aluminium Alloy 6063 Set Screws Grub Screws Aluminium Alloy 6101 Set Screws Grub Screws Metric Size: M1.4-M52, Inch Size: 0# – 2″ Various Drive and Point Types Various Surface Finishes Other Material Grades are available Please feel free to contact us for more details
Product Detail
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Factory supplied Aluminium Alloy Set Screw Grub Screws for Chicago Manufacturer Detail:
Aluminium Alloy 6063 Set Screws Grub Screws
Aluminium Alloy 6063 Set Screws Grub Screws
Aluminium Alloy 6101 Set Screws Grub Screws
Metric Size: M1.4-M52, Inch Size: 0# – 2″
Various Drive and Point Types
Various Surface Finishes
Other Material Grades are available
Please feel free to contact us for more details
Product detail pictures:

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(Sorry about the high pitched noise at the beginning of the video. I’m using a cheap loaner smart phone while waiting for my new phone to come in and for some reason it makes that noise when I start recording video.)
I am trying to get HIC Technology to replace this defective part and they are telling me that I assembled it incorrectly. I took this video and pictures as proof that I did not assemble it incorrectly and the part itself is defective. This 3D printer was purchased from Amazon: https://www.amazon.com/gp/product/B00N7I1ZVU/ref=oh_aui_detailpage_o00_s00?ie=UTF8&psc=1
The part itself is not square which prevents the X-axis assembly from moving up and down on the Z-axis motors and threaded rods. The ONLY way that I could get it to move smoothly up and down was to loosen the screws holding the threaded brass bushing so that it could sit square with the rest of the assembly as shown here: https://s83.photobucket.com/user/jefrom19/media/3D%20Printer/2015-02-16%2018.45.06_zpspidjult4.jpg.html.
After loosening the screws holding the brass bushing in place, I could then move the X-axis assembly all of the way down on the Z-axis, as shown in this picture: https://i83.photobucket.com/albums/j314/jefrom19/3D%20Printer/2015-02-17%2015.18.00_zpsj9zwzhzo.jpg
The rest of the album is public if you need more photos: https://s83.photobucket.com/user/jefrom19/library/3D%20Printer?sort=3&page=1
***UPDATE 5/3/15***
I have made several upgrades to my printer since this video was taken. To see what changes I made, look through this forum thread: https://www.502streetscene.net/forum/showthread.php?p=4053746#post4053746
Watchmaking Vlog Episode 5
In this watchmaking episode I demonstrate the practical exam for the British Horological Distance Watchmaking Course.
It has been two weeks since my last upload, basically the day I uploaded my last video, that night I had received an email which contained the plans to a practical exam for my watchmaking qualifications.
About 4 years I started the distance watchmaking course with the British Horological Institute. But After completing a few exams I really haven’t pursued it for the last couple years, the reason being my goal was never to work for someone doing repairs. It has always been in the manufacturing side, and as long as the knowledge and methods are right I didn’t see the point.
But at the beginning of the year I decided that I will pursue in completing the course over the next x amount of years. I think it will only benefit me and what I’m trying to do.
This Unit is about making a clock component, to 0.1mm tolerance for the dimensions that they provided within 2 weeks. I’m not going to show the plans because it is the property of the BHI and they might re-use the plans in the future.
The practical exams are very different to the other exams such as written and servicing/repair exams. If you want to complete those in your country you will need a Member of the BHI who will be your supervisor, so the BHI will send them all the exam stuff and then they will supervise you completing the exam on the set date and within time, and ensure that you don’t cheat.
So apart from turning 32, having my 14 month old daughter start to refuse to go to sleep at night, severely damaging my camera and a lense (which now has no working manual focus), this is where most of spare time went these last 2 weeks.
Queue making.
This brass part was probably the easiest and quickest to make, followed by the jumper lever from the gauge plate, but the silver steel post was the most complex and hardest. I struggled with this one, and it also had to be hardened and tempered to blue. Now I usually blue screws, but this is a lot larger and for some reason I struggled and on my 3rd attempt at trying to get a perfect even blue I had call it, as I needed to get it in the post office by 1pm on the 15th June. As you can see by my post office receipt I was calling it down to the wire. So I will just wait and see my results.
Also, at the beginning of the video I was making some screws to hold watch movement to my brass blank, they are pretty much ready to go. So back to working on my watch next week.
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Music
DJ Quads – Stolen Beat & A Dance With You
Ronald Jenkees – Piano Wire
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Joakim Karud https://youtube.com/joakimkarud
Brock Berrigan
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