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Cutting Tool
Engineering, August 2000 |
| CVD-diamond tools
perform at levels that exceed the capabilities of other diamond
tooling |
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Modern
Applications News, March 2000 |
Diamond-coated tooling
is much more productive than carbide
in processing advanced
materials |
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Ceramic
Industry, March 2000 |
Diamond tools show wear
life gain of 25 to 100 times over
uncoated carbide |
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Cutting Tool Engineering,
March 2000 |
Edge honing has lagged
behind other toolmaking technologies
—but that's
changing |
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Moldmaking Technology,
December 1999 |
| Part 3: Machine tool
considerations and application results |
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Moldmaking Technology,
November 1999 |
| Part 2: Diamond film
tool machining guidelines and results |
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Moldmaking Technology,
October 1999 |
| Part 1: Reasons and
machining considerations for diamond film tools |
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Tooling Online,
November 1999 |
| CVD diamond coated
inserts and round tools from sp3 Inc. make tough jobs
profitable |
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Ceramic Industry, June
1999 |
| By reducing shutdowns
for tool resharpening or replacement, parts can be made that would be
unprofitable with carbide tools |
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Moldmaking Technology,
November/December 1998 |
| $360 tool investment saved 416 hours of
machining time |
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Machine Shop Guide, November
1998 |
| Diamond-coated endmills and drills now
commercially available |
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Cutting Tool
Engineering, April 1998 |
| Extreme wear resistance and extended
tool life help maximize high-speed CNC machining centers |
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Manufacturing Engineering,
January 1998 |
| Today's push for higher
production and longer tool life tests the tool-coating creativity of
manufacturers and researchers |
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EDM Today, November/December
1997 |
| Extended wear life reduces tool changes,
saving production time, and makes it easier to obtain required electrode
accuracy. |
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Machine Shop Guide,
July/August 1997 |
| Researchers create and refine new hard
and soft coatings that withstand the pressures of machining today. |
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