Wood lathe safety features, workbench plans nz - Try Out

Categories: Wood Wine Rack Plans | Author: admin 06.02.2015

MAINTAIN TOOLS IN TOP CONDITION-Keep tools sharp and clean for best and safest performance. TURN SPINDLE BY HAND BEFORE SWITCHING ON MOTOR-This ensures that the workpiece or chuck jaws will not hit the lathe bed, saddle or crosslide, and also ensures that they clear the cutting tool.
The power cord used is equipped with a 3-prong grounding plug which should only be connected to a properly grounded receptacle for your safety. NOTE: The electrical circuits designed into the speed control of your lathe or mill reads incoming current from 100 to 240 volts AC and 50 or 60 Hz. Read all operating instructions and safety rules carefully before attempting any machining operations. Your new lathe or mill will come packed in a box with some items disassembled for shipping purposes. The lathe is supplied with an electronic speed control that produces a comprehensive range of speeds suitable for all operations.
You may notice that the post onto which the headstock mounts is a loose fit where it projects from the lathe bed or column saddle. The headstock is aligned with the lathe bed or column saddle with a precision ground key that fits into keyways in both parts.

Gibs (tapered synthetic adjustment shims) are fitted to the mill headstock, saddle and table and to the lathe saddle and crosslide. One overlooked, but extremely useful, feature of Jet's lathe is two sturdy metal handles, making it much more portable. Jet's lathe features tool rests at both 6" and 10", which are incredibly useful for making cuts in tight spaces or on long pieces. The spur and live centers on Jet's lathe are extremely well laid out, ensuring that spindles will turn on one perfect axis.
All in all, this JET is a respectable tool, but it falls a little short on some important features. For the same reason, if the lathe or any other precision tool is kept near an operating grinder, it should be kept covered when not in use.
To achieve greater accuracy, you will have to be willing to sacrifice one of the better features of your lathe or mill; that is, its ability to turn tapers and mill angles in such a simple manner.
Then stand the lathe on end with the alignment key pointing up and put a few drops of LocTite™ on the joint between key and headstock.
Normal turning on a lathe, when used to reduce the diameter of a work piece, involves advancing the cutting tool perpendicular to the lathe bed by an appropriate amount (depth of cut) and feeding the tool along parallel to the lathe bed to remove material over the desired length.

By not overtightening the belt you will not only extend its life, but will also provide a margin of safety for belt slippage should a tool jam in a part or an accident occur. In the lathe and mill instructions, we give some examples of suggested cutting speeds, but what I wanted to get across here is that it isn't a slow process. A second belt position is offered as an additional feature to provide extra torque at low RPM for larger diameter parts should your job require it. The headstock can be removed by prying with a screwdriver blade in the slot between the bottom of the headstock and the lathe bed to break the LocTite™ loose should you wish to be able to rotate the headstock again. Do not leave cleaning rags, tools or other materials on the lathe bed or around moving parts of the machine.
Charts showing suggested cutting speeds for various materials are included in both the lathe and mill sections that follow.

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