1610 Meriden Waterbury Tnkpe
Mildale, CT 06467
Your choice for CBN cutting tools and Wire EDM

Dimensions Available on request. Call or
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(860) 621-6855

General information and advantages of PCD

Polycrystalline Diamond (PCD) is the product of sophisticated high-pressure, high-temperature technology in which carefully selected synthetic diamond particles are sintered together in a cobalt matrix. The random orientation of the diamond particles produce a high uniform hardness and resistance to abrasion in every direction. This polycrystalline diamond layer is integrally bonded by an advanced process to a super tough tungsten carbide substrate which provides strength and permits joining with other metals.

Consistent quality and repeatability is a major advantage of PCD. It's uniform hardness combined with the toughness and shock resistance of the carbide substrate permit exceptionally high cutting speeds on nonmetallic materials and nonferrous metals.

Like its' counterpart PCBN, PCD also has different grades, for specific applications. The different grades are recognized by the sized diamond particles. Larger particles give the cutting tool superior abrasion resistance while the smaller particles allow better finishes to be obtained. By utilizing the correct grade you can control . the surface finish necessary throughout the machining process and receive optimum tool life. PCD is used for non ferrous materials and abrasive nonmetallics. In wear part applications PCD may be used with all materials.

The Benefits of Using Compax Diamond Blanks and BZN Conpacts

Superabrasive tooling can cost more initially than conventional tooling. However, the real issue is not the initial cost of the tool, but the total manufacturing cost. In a typical machining application, tool cost is only a small percentage of the total cost PCD and PCBN tools provide significant productivity and cost savings in manufacturing operations.

• High material removal rates decrease operation cycle times, providing more parts per shift... even in hard, tough materials.

• 2-3X faster cutting speed capabilities relative to conventional tools.

• Improved work piece quality, as a result of long tool life, excellent dimensional control, and consistent surface finishes, minimizesscrap rates.

• Long tool life means increased machine tool up-time, which can provide greater production capacity without investment in new equipment

The full potential and value of superabrasive tools over conventional tooling can be evaluated by tracking gains in product productivity.