LuxuryCreatedGems

Natural Aquamarine Long Baguette 13.5x6.9x5.4mm, 4.39 Carats VS2 Clarity, Not Treated Africa

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Many stones 9x7,8x6 and 7x5mm

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Very few 8x6 and 7x5mm stones

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Limited quantity from 9x4.5 to 7x3.5mm

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal 8,7 and 6mm, just one stone each size

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Very few 9x6 and 8x5mm stones

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Many stones from 9x7 to 7x5mm

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Many stones from 9x7 to 6x4mm

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong diochroic may show slight purplish shade under particular light. Actually this is the so called Laser Titanium Ruby. Stones have perfect AAA cut quality Chemical composition AI2O3 + Cr + Ti R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Lots of stones in 9 to 3mm range

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Many stones from 9x7 no 6x4mm

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Many stones from 8 to 5mm

Laboratory created (True, Cultured) Czochralski Pulled Pinkish Orange Sapphire. Strong dichroic may show slight purplish shade under particular light. Actually stones cut from the Laser Titanium Sapphire. Stones have exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition Ti:Al2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Plenty of stones from 9 to 3mm

Laboratory created (True, Cultured) Hydrothermal Red Beryl Bixbite. Exceptionally good in quality Unique Red Beryl Bixbite grown by Hydrothermal method, which is extremely close to natural Utah and New Mexico Red Beryl. Stones have perfect AAA cut quality Chemical composition Be3Al2Si6O18 + Mn R.I. = 1.56 – 1.60 Specific gravity: 2.76 Mohs Hardness 7.5 - 8 Crystal system: Hexagonal Many stones from 8 to 3mm

Laboratory created (True, Cultured) Hydrothermal Red Beryl Bixbite. Exceptionally good in quality Unique Red Beryl Bixbite grown by Hydrothermal method, which is extremely close to natural Utah and New Mexico Red Beryl. Stones have perfect AAAAA cut quality Chemical composition Be3Al2Si6O18 + Mn R.I. = 1.56 – 1.60 Specific gravity: 2.76 Mohs Hardness 7.5 - 8 Crystal system: Hexagonal Many stones from 8x6 to 5x3mm

Laboratory created (True, Cultured) Hydrothermal Red Beryl Bixbite. Exceptionally good in quality Unique Red Beryl Bixbite grown by Hydrothermal method, which is extremely close to natural Utah and New Mexico Red Beryl. Stones have perfect AAAAA cut quality Chemical composition Be3Al2Si6O18 + Mn R.I. = 1.56 – 1.60 Specific gravity: 2.76 Mohs Hardness 7.5 - 8 Crystal system: Hexagonal Few stones 7,6,5mm

Laboratory created (True, Cultured) Hydrothermal Red Beryl Bixbite. Exceptionally good in quality Unique Red Beryl Bixbite grown by Hydrothermal method, which is extremely close to natural Utah and New Mexico Red Beryl. Stones have perfect AAA cut quality Chemical composition Be3Al2Si6O18 + Mn R.I. = 1.56 – 1.60 Specific gravity: 2.76 Mohs Hardness 7.5 - 8 Crystal system: Hexagonal Few stone from 10x5 no 7x3.5mm

Size: 7.7x6.0x3.5mm Weight: 1.44 Carats

Size: 12.8x11.8x8.6mm Weight: 7.66 Carats Very nice medium intense shade, VVS Clarity

Size 15.06x13.28x11.7mm Weight 19.86 Carats

Laboratory created (True, Cultured) Czochralski Pulled Ruby, fragment (bottom part) of 90 mm in diameter boule/crystal. This is the historical Union Carbide laser ruby ordered by Pentagon in 80-s. Material is flawless; pigeon blood color with true vitreous-adamantine luster of polished surface Chemical composition AI2O3 + Cr R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal

Laboratory created (True, Cultured) Floating Point (Floating Zone, Horizontal Directional Crystallization or Bagdasarov Method) Pink Sapphire. Strong dichroic: change color from cranberry pink to reddish pink (scarlet) depends on cut stone orientation relative to the crystal main optical axis. Pieces were sawn off from the slab shape crystal about 27 cm thick Preventing a common question, why this material is better than Flame-Fusion? It has the natural Sapphire exceptional vitreous adamantine luster, unlike the Flame Fusion (Verneuil) corundum, but the production is more expensive. Crystal was grown in VNIISIMS, RF, in mid 90-s

Laboratory created (True, Cultured) Floating Point (Floating Zone, Horizontal Directional Crystallization or Bagdasarov Method) Ruby, pigeon blood to very slight purplish red shade. Practically no dichroism. Pieces were sawn off from the slab shape crystal about 27 cm thick. Preventing a common question, why this material is better than Flame-Fusion? It has the natural Ruby exceptional vitreous adamantine luster, unlike the Flame Fusion (Verneuil) corundum, but the production is more expensive. Crystal was grown at VNIISIMS, RF, in mid 90-s

Laboratory created (True, Cultured) Floating Point (Floating Zone, Horizontal Directional Crystallization or Bagdasarov Method) Ruby with the darker Mogok shade. Stones have perfect AAA cut quality Chemical composition AI2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Many 6x4mm calibrated stones

Laboratory created (True, Cultured) Floating Point (Floating Zone, Horizontal Directional Crystallization or Bagdasarov Method) Color Change Sapphire. Stones change color from very light blue in daylight to light pink in incandescent light and have the exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition AI2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Few stones 8,7and 6mm

Laboratory created (True, Cultured) Floating Point (Floating Zone, Horizontal Directional Crystallization or Bagdasarov Method) Color Change Sapphire. Stones change color from very light blue in daylight to light pink in incandescent light and have the exceptional vitreous adamantine luster; perfect AAA cut quality Chemical composition AI2O3 R.I. = 1.766 - 1.774 Specific gravity: 3.97 - 4.05 Mohs Hardness 9 Crystal system: Hexagonal Very few 8x6m stones only