Biocera Balls are grown by melting the raw materials using high temperatures using hydrogen and oxygen gas. Sapphire crystals can transform transparent and grow large in size, but ruby crystals cannot even if high concentrated temperatures are used. The precision of the crystal growing method turns the crystal’s flexibility in color transformations and concentrated sizes by adding foreign substances. Using this method, antibacterial balls, alkaline hydrogen production crystals, dissolved oxygen increasing crystals, and ionized crystals were created.

Biocera Balls were initially developed in the 1990s by Dr. Jeon, the current CEO and the founder of Biocera Co., Ltd. Dr. Jeon was a researcher at the Korea Institute of Ceramic Engineering and Technology run by the Korean government. The process of Biocera Ball’s crystal growth technology and selection of the seeds are important. The main ingredients of the Biocera Ball’s seeds are same, comparing to the sapphires, rubies, and corundum. But differences come from their respective colors, sizes, shapes, values, and properties.

Biocera Balls are grown by melting the raw materials using high temperatures using hydrogen and oxygen gas. Sapphire crystals can transform transparent and grow large in size, but ruby crystals cannot even if high concentrated temperatures are used. The precision of the crystal growing method turns the crystal’s flexibility in color transformations and concentrated sizes by adding foreign substances. Using this method, antibacterial balls, alkaline hydrogen production crystals, dissolved oxygen increasing crystals, and ionized crystals were created.