Changing these ID chuck jaws to OD jaws. Face the rough end to make it flat and perpendicular. I enjoy watching the chips fly. To eliminate rust and give it a beautiful clean look, I’m lowering the OD. Making a reference line for later drilling. The workpiece should be drilled in the middle. Changing the center drill to a regular drill bit. This is the pilot hole for a larger 50mm (2″) drill bit. Changing the drill check to taper lock. Give it a gentle nudge to make it lock. Switching gears to reduce rpm to match the larger diameter of the 50mm drill bit. Returning the tailstock to its original position. Now that it’s drilled to depth, I can begin boring it to size. So this thread cutter die will fit in here.
The die has a 65mm outside diameter. modificari inlocui inlocui inlocui inlocui inlocui inlocui dispozitie dispozitie dispozitie dispozitie spalat plictis dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie dispozitie plictis dispozitie dispozitie inlocui inlocui inlocui plictis inchis plictis inlocui raᴍᴀɴe raᴍᴀɴe raᴍᴀɴe raᴍᴀɴe raᴍᴀɴe raᴍᴀɴe Getting the interior bore to the proper size. Here, you can see how deep the bore is. I’m ᴍᴀɴually feeding because I don’t have faith in the automatic feeder. Or, to put it another way, I don’t have faith in my ability to turn off the auto-feed when it’s necessary. The die should be easy to put on and take off. giving the edge a chamfer. matching the end of the workpiece with the right side of the cut-off blade. I can get the approximate ultimate thickness of the tie holder by moving it 30mm to the left.
Noteworthy is the recycling of an old toothbrush. placing the thread die holder in the chuck with its back to the user and its face off. The component is cooling down. This sink has gone through a lot, so if you’re wondering why it looks the way it does, it’s because of that. You can simply eyeball the workpiece in the machine because the handle holes’ alignment isn’t crucial. the handle holes are drilled and tapped I’m beginning the thread in the mill. and hand-finishing it after that. The handles’ ends should be polished and chamfered. Though tailstock mounted thread die holders are available, I’m making due with what I have right now. I’m assisting the start of the thread with the tailstock. Moreover, without the tailstock to complete it.
This handle has an outside diameter of 16mm, but I should probably increase it. making the bolt holes for the die mounting The die has mounting bolt holes with a 12,5mm diameter. centered holes are punched. The mounting bolts need to be conically shaped after being sanded. The die will be securely grasped by conical bolts. This piece’s turning chamfer is visible since I neglected to press “record” before turning it. Making tools is a rewarding experience no matter what.
In the video below, we’ll see how to Machining M30 Thread Cutter Holder on a Lathe.
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Video resource: Donn DIY
