A. Lange & Söhne Cabaret 18K Rose Gold

$14,500.00 USD

Manufacturer: A. Lange & Söhne
Model: Lange Cabaret Big Date
Reference Number: 117.031
Movement: Manual winding
Condition: Very good unpolished - few discoloration spots on the small seconds sub-dial
Gender: Men’s/unisex
Time Period: 1997 - 2010's
Retail / Compare-At Price: $21,800
Our Best Price: $14,500

Movement: -
Caliber: L931.3
Jewels: 30

Case Material: 18K rose gold
Case Diameter: 36.5 mm x 25.5 mm
Thickness: 9 mm
Waterproof: 100 ft. / 30 m.
Water Resistance: 3 ATM
Material Bezel: Fixed 18K rose gold
Glass: Sapphire crystal
Dial: Black
Dial Numerals: 18K rose gold applied Roman numerals at the quarter hours & diamond-shaped hour indices

Bracelet color: Black with brown stitches
Bracelet Material: Leather
Clasp: Ardillon buckle
Clasp material: 18K rose gold signed Lange

Hours, minutes, large double window date aperture at the 12 o'clock position and a quick date-correction button recessed on the case edge at the 2 o'clock position, white subsidiary constant seconds dial at 6 o'clock, 42-hour power reserve

The 18K rose gold solid two-body tonneau-shaped case, downturned lugs, and rectangular bezel are polished.
18K rose gold alpha-shaped hands for all the indicators
Double windows for date with a rose gold frame at 12 o'clock a quick date-correction button recessed on the case edge at the 2 o'clock position
18K rose gold fluted push/pull crown with A. Lange & Sohne engraving
Sapphire crystal display case back secured with six screws
This A. Lange & Sohne Lange 1 Time Zone 107.031 has a mechanical handwound caliber L 931.3 movement made from Glashütte 3/4 plate in German silver. with fausses cotes embellishment. It's constructed with 30 jewels, a shock absorber mechanism, and a straight-line lever escapement. It has a monometallic balance that's adjusted to 5 positions, a self-compensating flat balance spring, a swan-neck micrometer regulator, and a hand-engraved balance bridge.
The case, dial, and movement are all signed.
Serial # 114*** - date of production approximately 2007.
This mechanism oscillates at a frequency of 21,600 vph (3 Hz).
Incomplete (no box, no papers)