How To Use Carbide Tip Turning Tools

Be sure to cover up the motor and any speed control devices so the brass shavings dont ruin anything.

How to use carbide tip turning tools. Use sandpaper to shine up the ferrule. I made the tool using 58 x 58 square bar and it allows me to extend it quite far beyond the tool rest also absorbs a lot of shock. Usually a piece of 12 steel round or square notched out in the end to accept a small square round or triangular carbide cutter that is screwed onto the steel shaft and the far side of the shaft has a long wood handle.

Maintain them easily in seconds and prolong their life greatly. Save money by maintaining your tool. To begin with if your were searching for wood turning tools with carbide tips you might have a hard time finding them because these special tools are made with carbide inserts.

Theyre pretty forgiving in the way that you use them too. You dont need to go out and buy a different set of carbide turning tools like you would with the traditional type of turning tools. Cut left right or straight in within minutes of picking up the tool.

Repeat with the second blank. This saves time on the lathe helps me avoid chipping and saves the sharpness of the cutter for just finishing the turning. I do use my shopsmith with a disc sander attachment to knock off the corners and sand the blanks down closer to finished size before going to the lathe.

These tools are robust in construction and are primarily used for rough and finish turning operations. Carbide turning tools are more forgiving than traditional woodturning tools and when Im a little unsure of sticking my nice Sorby bowl gouge into a. Reduce Fatigue - Pressure goes into the tool rest so your body doesnt get tired as quickly which equals more turning time.

Shaping a bowl blank goes pretty quick with a carbide turning tool. Move the tool from side to side keeping it level and remove all the edges until the blank is round. Carbide tipped tools are more efficient and cost effective compared to high speed tools because they retain their cutting edge hardness at high machining temperatures which are generated by high cutting speeds.