BEAT that MAKES the DIFFERENCE
Orologi da polso meccanici personalizzati ideati, assemblati e regolati in Italia. Realizzati attorno a movimenti meccanici a vista, design neo-vintage e un'onesta e accessibile maestria artigianale.
PRODOTTI
Collezioni con spazio per crescere
Sfoglia CHRONIS per famiglia di prodotti. La struttura è pensata per il modello di lancio e per i futuri orologi meccanici: uomo, donna, solo tempo, scheletrato, a carica manuale e automatico.
PRIMO Collection
The PRIMO Collection celebrates visible mechanics through hand-wound and self-winding movements, skeletonized designs and neo-vintage inspiration reinterpreted with contemporary Italian taste.
02Lancio della collezione
The Skeleton Collection highlights visible mechanics through openworked dials and exposed movement components, designed for enthusiasts who appreciate mechanical rhythm and craftsmanship.
03Collezione Orologi da Polso da Uomo
The AUTOMATICO Collection brings together self-winding mechanical watches that combine reliability, visible mechanics and contemporary Italian taste for everyday wear.
04Collezione di scheletri
The DIVER Collection combines automatic mechanical movements, robust construction and highly legible dials in versatile watches inspired by classic dive-watch heritage.
05Collezione Movimento
Mechanical elegance for everyday wear. Refined proportions, timeless design and authentic craftsmanship create watches designed for women who appreciate style and individuality.
06Strap Collection
The Straps Collection offers interchangeable straps in genuine leather and silicone. Selected models feature quick-release systems, allowing easy customization without tools.
Collezione di lancio
Non meccanico finto. Un progetto meccanico personalizzato.
MECHANICAL CULTURE
The story behind the beat
A mechanical watch is not powered by a battery. It is a small system of stored energy, controlled release and precise oscillation. From 18th-century pocket watches and marine chronometers to contemporary wristwatches, the core principles remain surprisingly similar.
Read the full story