Mastercut Turning Tools
Sale is for one (1) 3/8" Double Ended Unhandled Bowl Gouge
After researching factors which contribute to the performance of turning tools, ONEWAY designed what we feel will be the best turning tools you will ever own. Three basic components should be considered when manufacturing or buying any tool:
- the steel
- the surface finish of the flute
- the geometry and position of the flute
ONEWAY has considered all aspects to make what we feel are the ultimate gouges for today's informed turner.
The steel used to make all tools in the MASTERCUT line is a CPM M4 HSS - a high-tech particle metal. Making our tools from CPM HSS is what truly sets them above the competition. This powder manufacturing process distributes the carbides uniformly throughout the steel. This process prevents the globular, irregular distribution of carbides and alloys as found in conventional HSS.
Microstructure of conventional steel
Microstructure of CPM steel
Advantages of having such uniformity in the steel:
- easier to sharpen
- performs more consistently
- maintains its edge longer (up to 3 times longer)
Note: The carbides in this steel are very fine. This means there are more of them on the cutting edge of the tool at all times compared to lower grade steel.
Flute Surface Finish
The flute is finely finished resulting in a better cutting edge. The diameter of the tool is also well finished so the tool feels good in your hand and slides smoothly over the tool rest.
Tools are hardened to 63 RC and the flutes ground from the solid. This accomplishes two things:
- There is no decarburization during hardening so the edge gets as hard as it should. Result -- the edge will get sharper and stay sharper longer.
- It assures that the finish in the flute is very good. Result -- a smooth finish allows wood cutting to slide easily through the flute when turning.
All our tools now come in a double-ended configuration also. This gives you 50% more usable tool, for 30% more cost. With the double ended tool, get the following advantages:
- different grind on each end --> two tools in one
- same grind on each end --> ½ as many trips to the grinder