LOVELOX Lockets & Jewellery

Since Nov 2021 / 12 reviews

About LOVELOX Lockets

Our mission is simple - to create treasured keepsakes to celebrate meaningful moments in your life.

ABOUT LOVELOX

LOVELOX is a British jewellery brand specialising in personalised lockets.

We take life’s Instagram’s moments and turn them into something special, personalising each locket with two photos and an engraved message. Made by hand and assembled in a UK workshop, a LOVELOX locket is presented in a luxury gift box and makes for a memorable opening occasion.

OUR LOCKETS

All of our lockets are made from the finest quality solid sterling 925 silver, with the additional options of 18 carat gold plate and rose gold plate. We are proud that our lockets are finished to a flawless high-polished effect, and are expertly engineered for the hinge to flow seamlessly into the curve of the locket, achieving a beautiful and contemporary style.

HERITAGE

Drawing on the experience of over 100 years, LOVELOX is a family company that traces its heritage to 1887 in Birmingham’s historic Jewellery Quarter.

Luxury gift box

Why choose a LOVELOX locket?

OUR ENGRAVING EXPERTISE

LOVELOX is committed to delivering the very finest engraving in the industry. For each of the LOVELOX lockets we finish, we take the time to engineer an individual jig for the inner shape of the piece, so as to create a solid base to support the diamond-tipped engraving cutter. The result is to produce a beautiful crisp inscription that will last indefinitely.

PHOTO INSERTION SERVICE

We offer the customer the option to insert two photos within their locket. The photos are printed on laboratory-grade laminated photo paper with a glossy finish and cut to perfection to sit snugly within the hollow of the locket.

GIFTING EXPERIENCE

Gifting should be personal. At LOVELOX, we believe gifting is an art-form: unique to the receiver, saying something of the giver, and holding lasting value. As such we take care in every detail of the journey to make for a memorable unboxing moment.