Crystals have been used throughout different cultures for thousands of years. They can be found in natural rocks, minerals and gemstones or they can be grown in a lab, using advanced technologies and scientific knowledge. Lab-grown crystals, also known as synthetic or artificial crystals, are created from scratch, using a variety of chemical and physical techniques, to mimic the natural crystal formation process. They differ from naturally-occurring crystals in terms of their origin, composition, and properties. Hopefully this blog will offer you more insight into the process and reasoning behind Lab Grown crystals, and why we choose to use these in some of our designs.
One of the main advantages of lab-grown crystals is their ecological benefits. Unlike naturally-occurring crystals, which require mining, extraction, and transportation, lab-grown crystals can be produced in a controlled environment, lowering the harming effects on the environment. Mining and extraction of crystals can cause significant damage to the ecosystem, including soil erosion, deforestation, air and water pollution, and habitat destruction. Moreover, mining can be a dangerous and exploitative industry, with poor working conditions and human rights violations. By choosing lab-grown crystals, consumers can reduce the demand for mined crystals and promote sustainable and ethical practices, whilst maintaining the beauty and quality of your favourite crystals.
Lab-grown crystals are made of various types of materials, depending on the desired properties and applications. Some of the most commonly used materials include silicon, quartz, sapphire, diamond, and cubic zirconia. These materials are carefully selected for their purity, consistency, and stability, and are subjected to high temperatures and pressures, as well as chemical treatments, to induce crystal growth. The resulting crystals can have different shapes, sizes, colours, and optical properties. Due to the controlled nature of this practice, they can be used in a wide range of industries, such as electronics, optics, jewellery, and medicine, at a much higher demand.
When comparing lab-grown crystals to naturally-occurring ones, there are some similarities and differences to consider. Both types of crystals can have similar chemical compositions and physical properties, depending on the materials used and the growth conditions. However, naturally-occurring crystals are often valued for their rarity, uniqueness, and natural beauty, whereas lab-grown crystals are reproducible, consistent, and affordable. Naturally-occurring crystals can have cultural, spiritual, and historical significance, some believe that the healing properties of lab grown crystals are still extremely high, however not everyone has this view as they were created artificially. Ultimately, the choice between natural and lab-grown crystals depends on personal preferences, budget, and ethical considerations.
Lab-grown crystals offer many benefits, including ecological sustainability, ethical production, and technological innovation. They are also a viable alternative to naturally-occurring crystals, providing similar properties and applications at a much lower cost. However, it is essential to consider the pros and cons of both types of crystals, and to make an informed decision based on individual needs and values. By supporting the growth of lab-grown crystals, we can contribute to a more sustainable and responsible future, while enjoying the beauty and benefits of these crystals.
We do also offer naturally sourced crystals from ethical suppliers, so whichever stones you choose from us, we will always strive for doing what is best for you, our suppliers and our planet.