Thank you kindly - so let's continue.
Well, maybe now a short photo report from the creation of parts of the reservoir.
The elements are the upper and lower chamber, a substantially left and right ventricle of the reservoir, which will be on the horizontal.
The chambers consist of plexiglass and black acetal.
Acetal parts formed from acetal shaft with a diameter of 70mm.
Cut a suitable piece
... that's enough.
Cut piece is placed in a lathe and start processing.
The first one went forehead - Aligns and finish the surface.
Now we gather material to obtain a suitable diameter and surface area.
We'll groove cutter, which will help in further processing.
Thanks to him we know roughly how long distance and depth we collect material. We need to collect a lot of material, so the groove will serve as a visual stop and finish and to give a correct assessment will take place using precision knobs.
Profiled and razor-sharp steel HSS, we will phase ...
In the middle we need a hole with a depth of 11mm.
We equip handle a drill and drill - nothing could be simpler.
Turn to Solid carbide milling cutter for chamfering Komet.
Shimmering reflections of different colors are mesmerizing - I love it !!!!!
Before threading chamfer the hole ...
... and tap.
Machining the parts at this stage is over, so it can be cut off.
During arrestor, depending on many factors, swarf of various interesting shapes.
Acetal elements are ready, and below the last stages of their creation.
The upper ring - phase done as it should be - on the edges
... and on the screw head.
and the recess on the central bar.
The lower disc, one side has to be smooth, but in turning such a soft material, in the middle is very little material, and instead of cutting process, the chip breaks off.
The result is a microscopic trace.
Acetal is not suitable for polishing, or at least I do not know how or enhancements, so that we get a very good surface quality, which comes after cutting.
Therefore, to remove the tit will use the cutter spherical Komet 2mm 2Z (I use these cutters also to make the O-ring channels).
The spherical tip of the cutter has a diameter of 2 mm and approximate to tit better reflect its size.
Choose a small amount of material, slightly dive and the end result is even finished, a small bowl with a diameter of less than 1mm.