ROLEX · “Oyster Story” Brand Art Exhibition — Kinetic Mechanical Installation
Luxury-watch brand art exhibition · mirror-polished kinetic mechanical “time machine” · a numbered central disc and articulated arms orbit Rolex-green glass modules in continuous motion · an MLABART mechanical signature piece
- Context
- Rolex “Oyster Story” brand art exhibition · West Bund Dome, Shanghai (10–28 June 2026)
- Interaction
- A mirror-polished stainless-steel “time machine”: a numbered central disc and multi-axis articulated arms orbit Rolex-green glass modules in continuous precision motion, translating the oscillation of a mechanical watch movement into architectural-scale sculpture. Delivered end to end — concept, mechanical engineering, fabrication and on-site installation.
- Technologies
- Kinetic Mechanical InteractionKinetic Mechanical Installation
- Marketing value
- Expresses “time and precision” through pure mechanics rather than screens — on-brand for luxury watchmaking, and a centerpiece of the exhibition.
- Results
- 78,000 visitors over the 19-day run (3,800/day); 1.28 billion media & social impressions; fault-free continuous operation, ~10 hours daily throughout.
The challenge: why pure mechanics for a luxury watchmaker
LED walls and projection are now the default at brand events. For a marque famous for mechanical watchmaking, telling a story of “time and precision” on a screen would undersell the brand. The brief behind the brief: make visitors stop, gather and raise their phones at the centre of the exhibition — without a single screen.
The answer was to enlarge the watch movement itself into an architectural-scale kinetic sculpture: a numbered central disc as the dial, multi-axis mechanical arms as the gear train, carrying Rolex-green glass modules in continuous orbit. The installation doesn’t explain the brand — it speaks the brand’s own language.
Engineering: where 19 days of fault-free operation comes from
Mirror-polished stainless steel is unforgiving — weld distortion, scratches and assembly tolerance are all near zero-tolerance on a mirror surface, so structural parts were precision-machined and pre-assembled for verification at the workshop before reaching the venue.
The multi-axis arms and central disc had to run long continuous cycles in sync. MLABART sized the drivetrain against the full exhibition duty cycle at the mechanism-design stage, left generous margins in motor and transmission selection, and ran full-machine continuous-operation tests before shipping — the precondition for roughly 10 hours a day, 19 days, zero faults on site.
Concept, mechanical engineering, fabrication and on-site installation were delivered by one team, avoiding the rework that comes from splitting creative and engineering across subcontractors.
On-site: installing and running a kinetic piece in a museum-grade show
The piece was installed at West Bund Dome Art Center in Shanghai as the centrepiece of the “Oyster Story” exhibition, commissioned in coordination with the show’s visitor flow and lighting design. It ran about 10 continuous hours daily with MLABART technical support throughout, finishing the run with zero faults.
78,000 visitors over 19 days (3,800/day) and 1.28 billion media and social impressions — the kinetic installation became the most photographed, longest-dwell point of the exhibition.
How to pitch this to your client
- •Not a "moving prop" — it expresses the brand’s core idea, time and precision, in pure mechanics, becoming the centerpiece visitors gather around and photograph.
- •Mirror-polished steel and multi-axis arms in continuous precision motion match luxury-watch craftsmanship — a premium feel without relying on screens.
- •78,000 visitors over 19 days and 1.28 billion impressions — hard reach numbers you can put straight into the post-event report.
- •~10 hours of fault-free daily operation; MLABART owns mechanical engineering, fabrication and on-site delivery end to end, so timeline and reliability are controlled.
- •Deep track record in kinetic pieces (LANCÔME Mechanical Matrix, JJ×NBA Newton’s cradle), keeping execution risk low.
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