THE FIRST FINE JEWELLERY BRAND IN WORLD TO SPECIALISE IN LABORATORY GROWN GEMSTONES. SINCE 2013.
Each laboratory-grown gemstone is conflict-free and reduces:
Commercial mining of natural gemstones is one of the most destructive industries on the planet. For every 1 carat of diamond, 1,100 tonnes of earth needs to be excavated from the ground.
Gemstone mining has a negative environmental, social and economic impact; and often results in:
･ Loss of natural habitat.
･ Displacement of people and wildlife.
･ Irreversible air, water and ground pollutions.
･ Extensive Carbon footprint and energy consumption powered by fossil fuels, from land and sea exploration, excavation to restoration after depletion.
･ Potential unethical human conflict and untraceable provenance.
･ Loss of natural habitat.
･ Displacement of people and wildlife.
･ Irreversible air, water and ground pollutions.
･ Extensive Carbon footprint and energy consumption powered by fossil fuels, from land and sea exploration, excavation to restoration after depletion.
･ Potential unethical human conflict and untraceable provenance.
Laboratory-grown gemstones have a lot of positive aspects when compared to natural mined gemstones. No mining and no excavation and loss of natural habitats are necessary with significantly lower environmental impact. Laboratory grown gemstones stones are grown in a controlled, safe environment powered by renewable energy.
Our laboratory grown gemstones are powered by material science innovations and our vision to turn waste to wonder, from diamonds synthesised from carbon dioxide captured from the air, to gemstones synthesised from fruit and vegetable pigments and bio-resin, to gemstones re-constructed from lapidary off-cuts.
Every laboratory-grown and created gemstone is carefully selected for its beauty and optical qualities, determined by its brilliance, colour, clarity, hardness, durability and pricing. From the rough stone, it is then cut, faceted, polished and set painstakingly by hand using traditional artisanal techniques.
Our laboratory grown gemstones are powered by material science innovations and our vision to turn waste to wonder, from diamonds synthesised from carbon dioxide captured from the air, to gemstones synthesised from fruit and vegetable pigments and bio-resin, to gemstones re-constructed from lapidary off-cuts.
Every laboratory-grown and created gemstone is carefully selected for its beauty and optical qualities, determined by its brilliance, colour, clarity, hardness, durability and pricing. From the rough stone, it is then cut, faceted, polished and set painstakingly by hand using traditional artisanal techniques.
DISCOVER OUR SIGNATURE GEMSTONES
BUTTERFLY PEA FLOWER
Our Butterfly Pea Flower Fruit Gems™ are synthesised with anthocyanins contributing to hues of blue extracted from butterfly pea flowers with bio-resin.
LAPIS LAZULI
Our Regenerative Lapis Lazuli is our signature gemstone synthesised from fragments of ornamental stones from lapidary off-cuts with bio-resin.
BEETROOT
Our Beetroot Fruit Gems™ are synthesised with betalains and carotenoids contributing to hues of reds extracted from beetroots with bio-resin.
RUBY
Chemical Properties: Al2O3; 9 Moh’s Scale hardness.
Our laboratory-grown rubies are synthesized corundum that has the same optical, chemical and gemological properties as mined natural rubies.
Free from inclusions, they have perfect colour, clarity and brilliance.
EMERALD
7 Moh’s Scale hardness.
Our Emerald is a simulated gemstone that shares similar optical qualities but has different gemological composition and structure to natural mined emeralds.
They have perfect clarity, brilliance and colour saturation, and also with an improved durability without inclusions.
FUCHSIA PINK SAPPHIRE
Chemical Properties: Al2O3; 9 Moh’s Scale hardness.
Our laboratory-grown fuchsia pink sapphires are synthesized corundum that has the same optical, chemical and gemological properties as mined natural sapphires.
Free from inclusions, they have the perfect colour, clarity and brilliance.
VIOLET AMETHYST
Chemical Properties: SiO2; 7 Moh’s Scale hardness.
Our laboratory-grown violet amethysts are synthesized amethyst quartz that has the same optical and chemical and properties as mined natural quartz.
Free from inclusions, they have perfect colour saturation, clarity and brilliance.
ORANGE SAPPHIRE
Chemical Properties: Al2O3; 9 Moh’s Scale hardness.
Our laboratory-grown orange sapphires are synthesized corundum that has the same optical, chemical and gemological properties as mined natural sapphires.
Free from inclusions, they have the perfect colour, clarity and brilliance.
ROSE PINK SAPPHIRE
Chemical Properties: Al2O3; 9 Moh’s Scale hardness.
Our laboratory-grown rose pink sapphires are synthesized corundum that has the same optical, chemical and gemological properties as mined natural sapphires.
Free from inclusions, they have the perfect colour, clarity and brilliance.
TURQUOISE
7 Moh’s Scale hardness.
Our simulated turquoise is a gemstone that shares the optical qualities but has different gemological composition and structure to natural mined turquoise, with perfect colour saturation and is free from inclusions and impurities.
GREEN TOURMALINE (SYNTHESISED QUARTZ)
Chemical Properties: SiO2; 7 Moh’s Scale hardness.
Our green tourmalines are synthesized quartz that have the same optical and chemical and properties as mined natural quartz.
Free from inclusions, they have perfect colour saturation, clarity and brilliance.
BLUE SPINEL
Chemical Properties: MgAl2O4; 7.5-8 Moh’s Scale hardness.
Our spinels are synthesized and have the same chemical and gemological properties as mined natural spinels.
Free from inclusions, they have the perfect colour, clarity and brilliance.
BLUSH PINK SAPPHIRE
8.5 Moh’s Scale hardness.
Our Blush Pink Sapphire is a simulated gemstone that shares similar optical qualities but has different gemological composition and structure to natural mined sapphire.
Free from inclusions, they have perfect clarity, brilliance and colour saturations, but with different hardness and durability.
CORNFLOWER BLUE SAPPHIRE
Chemical Properties: Al2O3; 9 Moh’s Scale hardness.
Also known as Ceylon Blue Sapphires, our laboratory-grown cornflower blue sapphires are synthesized corundum that has the same optical, chemical and gemological properties as mined natural sapphires.
Free from inclusions, they have the perfect colour, clarity and brilliance.
LEMON QUARTZ
8.5 Moh’s Scale hardness.
Our laboratory-grown lemon quartz is a simulated gemstone that shares similar optical qualities but has different gemological composition and structure to natural mined quartz.
Free from inclusions, they have perfect clarity, brilliance and colour saturations, and with an improved hardness and durability.
PARAIBA TOURMALINE (SYNTHESISED GARNET)
Chemical Properties: Y3Al2(AlO4)3; 8.5 Moh’s Scale hardness.
Our laboratory-grown Paraiba tourmalines are in fact synthesized garnets that have the same chemical and gemological properties as mined natural garnets.
Free from inclusions, they have the perfect neon blue colour, clarity and brilliance.
LILAC AMETHYST
8.5 Moh’s Scale hardness.
Our Lilac Amethyst is a simulated gemstone that shares similar optical qualities but has different gemological composition and structure to natural mined amethyst quartz.
Free from inclusions, they have perfect clarity, brilliance and colour saturations, and with an improved hardness and durability.
ROYAL BLUE SAPPHIRE
7 Moh’s Scale hardness.
Our Royal Blue Sapphire is a simulated gemstone that shares similar optical qualities but has different gemological composition and structure to natural mined sapphire.
Free from inclusions, they have perfect clarity, brilliance and colour saturations, but with different hardness and durability.
AQUAMARINE (SYNTHESISED SPINEL)
Chemical Properties: MgAl2O4; 7.5-8 Moh’s Scale hardness.
Our laboratory-grown aquamarines are in fact synthesized spinels that have the same chemical and gemological properties as mined natural spinels.
Free from inclusions, they have the perfect colour, clarity and brilliance.
OPAL
Chemical Properties: SiO2.nH2O+Resin; 4 Moh’s Scale hardness.
Opals we use are synthesized and have identical optical, chemical and structural properties as natural opals. Our opals reflect a dramatic play of light and colour display, with an improved stability that is no longer susceptible to colour change.
KASHMIR BLUE SAPPHIRE
Chemical Properties: Al2O3; 9 Moh’s Scale hardness.<>/p
Our laboratory-grown Kasmir blue sapphires are synthesised corundum that has the same optical, chemical and gemological properties as mined natural sapphires.
Free from inclusions, they have the perfect colour, clarity and brilliance.
WHITE DIAMOND
8.5 Moh’s Scale hardness; Refractive Index: 2.2.
Our White Diamond is a simulated gemstone that shares similar optical qualities but has different gemological composition and structure to natural mined diamonds.
Free from inclusions, they have perfect clarity, brilliance and are colourless, with a hardness level similar to natural sapphires with exceptional durability.
BLACK DIAMOND
8.5 Moh’s Scale hardness; Refractive Index: 2.2.
Our Black Diamond is a simulated gemstone that shares similar optical qualities but has different gemological composition and structure to natural mined diamonds.
Free from inclusions, they have perfect colour saturation, with a hardness level similar to natural sapphires with exceptional durability.
CANARY DIAMOND
8.5 Moh’s Scale hardness; Refractive Index: 2.2.
Our Canary Diamond is a simulated gemstone that shares similar optical qualities but has different gemological composition and structure to natural mined diamonds.
Free from inclusions, they have perfect clarity, brilliance and colour saturation, with a hardness level similar to natural sapphires with exceptional durability.
AMETHYST
Our Regenerative Amethyst is our signature gemstone synthesised from fragments of ornamental stones from lapidary off-cuts with bio-resin.
AMBER
Our Regenerative Amber is our signature gemstone synthesised from fragments of ornamental stones from lapidary off-cuts with bio-resin.
GREEN SPIRULINA
Our Green Spirulina Fruit Gems™ are synthesised with chlorophyll contributing to hues of green extracted from spirulina and plankton with bio-resin.
BLUEBERRY
Our Blueberry Fruit Gems™ are synthesised with anthocyanins contributing to hues of blue from blueberries with bio-resin.
PURPLE SWEET POTATO
Our Purple Sweet Potato Fruit Gems™ are synthesised with betalains contributing to hues of purple from beetroot with bio-resin.
BLUE SPIRULINA
Our Blue Spirulina Fruit Gems™ are synthesised with anthocyanins contributing to hues of blue extracted from spirulina with bio-resin.
DRAGON-FRUIT
Our Dragon-fruit Fruit Gems™ are synthesised with betalains and carotenoids contributing to hues of reds extracted from beetroots and dragon-fruits with bio-resin.
SPINACH
Our Spinach Fruit Gems™ are synthesised with chlorophyll greens and carotenoid yellows extracted from spinach with bio-resin.
ROSE QUARTZ
Our Regenerative Rose Quartz is our signature gemstone synthesised from fragments of ornamental stones from lapidary off-cuts with bio-resin.
CULTURED PEARL
2.5 Moh’s Scale hardness.
Our cultured freshwater pearls are pearls that are farmed and created using freshwater mussels. Best known for their whimsical shapes and wide variety of colour and sizes from baroque to round, the character of a freshwater pearl is found in its distinctive surface texture and the warmth of its lustre.
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