P.C.D. Dies
At Omega Dies and Tools, we specialize in producing world-class Polycrystalline Diamond (P.C.D.) Dies that set benchmarks for durability and accuracy. Manufactured with cutting-edge technology, our P.C.D. Dies are engineered to handle demanding wire drawing applications, ensuring maximum output with minimal wear.
Known for their extreme hardness and resistance to abrasion, P.C.D. Dies are ideal for drawing non-ferrous metals such as copper, aluminum, and alloys. Each die undergoes a rigorous inspection process where geometric parameters like angle, bearing length, and polish are checked to deliver flawless results.
Our dies provide longer service life, reduced downtime, and consistent wire quality, making them the preferred choice of leading manufacturers worldwide. With a legacy of excellence since 1980, Omega Dies and Tools guarantees precision-engineered solutions that enhance efficiency, reliability, and productivity for every client.
P.C.D. Dies FAQs
ind clear answers to your questions about our wire drawing dies, diamond tools, and precision solutions — everything you need to know about how Omega Dies & Tools serves you efficiently.
They are widely used in the wire and cable industry, construction, automotive manufacturing, fasteners, and general engineering sectors.
P.C.D. (Polycrystalline Diamond) Dies are advanced wire drawing tools made from synthetic diamond, known for their exceptional hardness, precision, and long service life.
Our P.C.D. Dies ensure excellent wear resistance, smooth wire finish, accurate sizing, and reduced downtime, making them highly cost-effective for long-term usage.
Yes. They are ideal for drawing non-ferrous wires (like copper, aluminum, and alloys), as well as fine wires used in electrical, electronics, and automotive industries.
Absolutely. We manufacture P.C.D. Dies tailored to specific diameters, shapes, and industry needs to match different wire drawing applications.
While T.C. Dies are durable and widely used, P.C.D. Dies offer superior precision, much longer lifespan, and smoother wire surface finish, especially for fine and high-precision applications.