Quantum/Magnetometric

Synthetic diamond has recently emerged as a candidate material for a range of quantum applications including: secure quantum communication, quantum computing and magnetic/electric field sensing. Quantum applications use quantum physics to accomplish tasks

Ozone Production

Ozone kills nearly all known pathogens and is one of the most effective deodorants known to man. The use of synthetic diamond anodes to generate ozone is more efficient and reliable than any other current technology, and can meet the needs of large-scale

Environment and Recycling

Design and manufacture of electrochemical reactors using boron-doped diamond electrodes can be used to treat various industrial wastewaters and landfill leachates that are difficult or impossible to treat by conventional means.

Construction and stone field

Synthetic diamond material provides optimum performance for sawing, cutting, grinding, polishing, foundation drilling, trenching, partition wall cutting, tunneling and soil reinforcement in the construction and stone sector.

Medical Field

The continuous and reliable supply of synthetic diamond material promotes more applications in surgical treatment, such as synthetic diamond surgical blades for ophthalmology, synthetic diamond milling cutters for processing intraocular lenses, and ultra-

Automotive Field

It can be widely used in the precision machining field of the automotive industry to meet the extreme performance requirements of applications such as boring, milling, machining, grooving, reaming, grinding, turning and honing of automotive components.

Aerospace

It can be used in precision cutting, milling, drilling and grinding of aerospace components and systems to meet the new needs of the aerospace industry due to the introduction of difficult-to-machine materials such as composite materials and high-strength