Lab Grown Diamond 0.60CT Pear Halo Platinum Stud Earrings

Meticulously crafted, the Lab Grown Diamond 0.60CT Pear Halo Stud Earrings are the perfect finishing touch to any outfit, and a stunning gift to give this season. Brought to you from our LUXE by Hugh Rice Laboratory Grown Jewellery collection, these beautifully composed studs are ideal for those looking to add sparkle to any occasion. Each earring is crafted from highly polished platinum and adorned by a pear-cut lab grown diamond at the centre, held by a three-claw setting. The centrepiece is outlined by a halo of 16 round brilliant-cut diamonds which catch the light for a glittering finish. Complete with a pin fastening for a secure and comfortable fit when wearing, each earring has 0.30CT of dazzling lab grown diamonds, totalling 0.60CT for the pair. Graceful in design, the Lab Grown Diamond Pear Halo Stud Earrings are the ideal accessory for your evening look.

Laboratory Grown diamonds are real diamonds. They are grown in a controlled environment using modern technology that replicates the natural diamond process. Lab grown diamonds look and feel the same as natural diamonds. The only difference is where they originate from.

Since lab grown diamonds are man-made, and they’re expertly crafted using a combination of science and technology, they are not dependent on nature. That means lab grown diamonds can be more cost effective for the consumer. They represent a luxury product at a great price.

All our lab grown diamond products are graded between D-E and VS1-SI and they’re crafted with quality in mind – the four C’s (clarity, cut, colour and carat) are at the forefront of every piece of jewellery we create. They’re presented in a LUXE by Hugh Rice presentation box, which is ideal for gifting to someone special, or for keeping your lab grown pieces safe when they’re not being worn.

For more information on our lab grown products, please get in touch: info@luxebyhughrice.co.uk

Please note, unfortunately we cannot accept returns on earrings due to hygiene reasons.