The Perfect Tooling Bench & NT40 Tooling Setup Stand | Shop Made Tools

[@MattysWorkshop]

Gday, the cork bench top is a great idea and the tool holder looks fantastic, great job mate, cheers

[@theoutbackshed]

Thanks Matty, The tool setting stand will be very useful going forward. Cheers SteveO

[@seabreezecoffeeroasters7994]

I did my Electronics bench with a 6mm cork tiles then varnished 4-5 years ago and it has been holding up great.

[@theoutbackshed]

Thanks for the comment. Great to see someone else has the same idea. It's a great surface and recovers from dents. Cheers SteveO

[@seabreezecoffeeroasters7994]

@@theoutbackshed Right or wrong I also used the Aluminium Floating Floor edge Bunnings sells to stop the edge chipping. Helps keep the tiny bits where I want them. See how yours holds up 👍

[@theoutbackshed]

Thanks mate, I'll let you know how it wears. I did think of making a timber edging but shied away from it at this time. It may be an option for a later upgrade, Cheers SteveO

[@jeff1176]

Nice bench top. Cool machining to boot. Whats not to like ?

[@theoutbackshed]

Thanks for the comment. Cheers SteveO

[@Paul-pl4vy]

How do you move the chuck and not the tool?

[@theoutbackshed]

Thanks for the comment. I'm not sure which footage you're referring to but I presume its the drill being almost stationary at 16:30. That's caused by 'The Wagon-wheel Effect". "If you take a series of pictures of the spinning object, the position of the lines will change slightly in each one. Each picture is one frame in the video. If the object completes a single rotation in between one frame and the next, the lines will be in exactly the same position in both frames - it will look like they haven’t moved at all. The same will apply if the object completes exactly two rotations, or 100 rotations, between one frame and the next. Even if the object is spinning, if its rotation matches perfectly with the frame rate, it will appear to be stationary in a video. If the object completes slightly less than a full rotation between frames, the lines will look like they’re slightly behind where they were in the previous frame. This gives the illusion of spinning backwards. If the object keeps spinning faster and faster, eventually the lines become blurred enough that the effect disappears, as we can no longer differentiate the individual lines". Comment ref: cosmosmagazine.com/science/mathematics/sos-wagon-wheel-effect/ Hope this helps. Cheers SteveO