7
6
1200D
Ultra-thin diamond-set skeleton self-winding
mechanical movement
FUNCTIONS
Central hours and minutes.
FINISHING
14K diamond-set white gold plate with
259 diamonds (approx. 0.84 ct).
11 black sapphire cabochons (approx. 0.17 ct).
Sunburst satin-brushed bridges.
Hand-bevelled and hand-drawn bridges
and plate.
Circular and sunburst satin-brushed wheels.
Polished blind tapped screws, polished heads,
bevelled slots.
Screws hidden by 11 closed-set cabochon-cut
black sapphires on the plate.
“P” fixed to the regulator-assembly
as Piaget signature.
Engraved coat of arms on the black platinum
oscillating weight.
Black screws on plate and bridges.
Jewels:
Components:
Movement thickness:
Casing dimensions:
Frequency:
Power reserve:
26
191
3 mm
14’’’
1/4
(31.9 mm)
21’600 vibrations/
hour, 3 Hz
approximately 44 hours
SPECIFIC HIGHLIGHTS
• Ultra-thin diamond-set skeleton gold plate: unique know-how.
• The world’s thinnest self-winding mechanical diamond-set skeleton movement (3 mm).
• Movement developed on the basis of the 1200S.
• Piaget unique ultra-thin skeleton know-how (600S, 600D, 838S, 838D, 1200S).
ULTRA-THIN DIAMOND-SET SKELETON SELF-WINDING
MECHANICAL MOVEMENTS
1200D
ENGLISH
31.9 mm
3 mm
Available in 14K
diamond-set
pink gold version
1200D
Ultra-thin diamond-set skeleton self-winding
mechanical movement
FUNCTIONS
Central hours and minutes.
FINISHING
14K diamond-set pink gold plate with
259 diamonds (approx. 0.84 ct).
11 red rubies cabochons (approx. 0.17 ct).
Sunburst satin-brushed bridges.
Hand-bevelled and hand-drawn bridges
and plate.
Circular and sunburst satin-brushed wheels.
Polished blind tapped screws, polished heads,
bevelled slots.
Screws hidden by 11 closed-set cabochon-cut
red rubies on the plate.
“P” fixed to the regulator assembly
as Piaget signature.
Engraved coat of arms on the pink gold
coloured platinum oscillating weight.
Pink gold screws on plate and bridges.
Jewels:
Components:
Movement thickness:
Casing dimensions:
Frequency:
Power reserve:
26
191
3 mm
14’’’
1/4
(31.9 mm)
21’600 vibrations/
hour, 3 Hz
approximately 44 hours
