Price range: £190.00 through £1,150.00
Orders can be collected from our shop in Clifton Village, Bristol at no charge. As standard items are sent via Royal Mail – signed for delivery to your home for £10. This is an insured service.
Customised jewellery and earrings cannot be returned or exchanged.
Silver stock items are dispatched / available to collect within 1 week of purchase.
Gold stock items are dispatched / available to collect within 2 week of purchase.
‘Back Order’ items are pieces will be made up and dispatched within 4 – 6 weeks.
If you need an item sooner please get in touch and let our team know.
Many of our pieces can be customised with sizes, different metals, gemstones and finishes. Get in touch or pop into our Clifton shop to find out more.
Another stunning entry in our Signeture collection, where each of our in-house jewellers have contributed their own unique signet ring design, ‘Eucalyptus + Elm is a striking set of rings designed by Anny.
Drawing fresh inspiration from natural forms, each ring has its own unique personality and playful tactility.
Anny said: ‘I wanted to create a mini collection of signet rings that perfectly combined traditional elements but put a modern spin on them. Conventionally signet rings are regular and symmetrical shapes – round, oval, square etc. but I wanted something more asymmetric and memorable. Using classical forms of petals and leaves, gives these rings a contemporary look and charming personality. Usually signet rings are characterised with engravings of family crests. I wanted to use this idea but create something completely unique and new. I have designed an alphabet of letters to be hand engraved onto any of the signet rings, only available in this collection!’
This ring set is available in a stock size but can be made in a bespoke size with the option to add your own custom alphabetical engraving. Simply get in touch and Anny will be able to share a quote based on your preference.
Roughly Elm 12.5 x 25mm, finger size O1/2. Eucalyptus 6 x 20mm, finger size K1/2.
