For applications that demand the utmost in heat and pressure resistance, our CBN inserts are the ideal choice, delivering unmatched performance in hard material machining.
Each insert is precision ground to tight tolerances, ensuring optimal fit and performance in the tool holder.

The reamer's diamond-tipped design ensures minimal tool wear, extending the tool's lifespan and reducing downtime for replacements. It also allows for higher cutting speeds and feeds, thereby increasing productivity without compromising on the quality of the finish.

Carbide PCD Boring Tools represent a fusion of advanced materials and engineering, offering a reliable and efficient solution for industrial boring applications. They are the tool of choice for professionals who demand the highest levels of precision and durability in their work.

These router bits are ideal for cutting, shaping, and trimming various materials, including hardwoods, softwoods, plastics, and non-ferrous metals. They are commonly used in tasks such as creating slots, profiling edges, and performing multi-dimensional routing operations.

The CC Type insert excels in high-efficiency machining of hard materials, including glass fiber reinforced plastics and high-silicon aluminum alloys. Its bond-free nature makes it an ideal choice for processing corrosion-resistant materials, ensuring high-speed machining with a long service life. Additionally, the polished surface of the CVD diamond reduces cutting forces and frictional heat, thereby minimizing the load on the cutting edge.

The product's background is rooted in Verycarbon's extensive expertise in advanced material machining, spanning over 25 years. The development of the CC Type insert reflects the company's commitment to innovation and providing high-quality solutions for demanding machining tasks.

The application of these diamond axles lies in their ability to support the high-precision cutting action of scribing wheels. They are integral to the machinery used for creating fine, controlled scores on materials that are subsequently broken along these lines. The axles must be durable and precise to maintain the accuracy and quality of the cuts.

Composite Diamond Scribing Wheels are primarily used in the cutting of glass, ceramics, and advanced composite materials. They are indispensable in the manufacturing of electronic displays, solar cells, and precision mechanical components, where the material's brittleness demands a tool that can achieve clean, precise cuts without causing cracks or chipping.