This is an Art Deco style bronze of a nude female. The bronze lady is gilded, and she stands against a plant with a dove at the bottom. She stands on a lovely onyx base. This high quality hot cast solid bronze was produced using the traditional "lost wax" process, otherwise known as the "cire perdue" method. This bronze is versatile and can be used as a candle holder, a dish for your keys or, heaven forbid, as an ashtray. Condition: In excellent condition, please see photos for confirmation of condition. Dimensions in cm: Height 23 x Width 18 x Depth 18 & Weight 1.95 kg Dimensions in inches: Height 9 inches x Width 7 inches x Depth 7 inches & Weight 4.3 lbs Lost Wax Method sometimes called by the French name of cire perdue or the Latin, cera perduta is the process by which a bronze or brass is cast from an artists sculpture. In industrial uses, the modern process is called investment casting. An ancient practice, the process today varies from foundry to foundry, but the steps which are usually used in casting small bronze sculptures in a modern bronze foundry are generally quite standardised. Our reference: 06093 Please feel free to email or call us (+44 20 8809 9605) to arrange a viewing in our North London warehouse. Shipping: We ship worldwide and deliver to Mainland UK addresses free of charge. A shipping cost to all other destinations must be requested prior to purchase. To request a shipping quote for the items in your cart, please click HERE. Delivery and return policy: We require that someone be home on the agreed delivery day if applicable, otherwise a redelivery fee will apply. In accordance with Distance Selling Regulations, we offer a 14-day money back guarantee if you are not satisfied with the item. The item must be returned in its original packaging and condition. Unless the item is not as described in a material way, the buyer is responsible for return shipping expenses. Buyers are fully responsible for any customs duties or local taxes that may be incurred on items sent outside of the European Union.