Prospective purchasers are advised that several co… 显示更多

A. Lange & Söhne. A Fine and Large Platinum Wristwatch with Center Seconds and Hack Feature

SIGNED A. LANGE & SÖHNE, GLASHÜTTE I/SA, RICHARD LANGE MODEL, REF. 232.025, MOVEMENT NO. 65'003, CASE NO. 175'947, CIRCA 2010

细节

A. Lange & Söhne. A Fine and Large Platinum Wristwatch with Center Seconds and Hack Feature
Signed A. Lange & Söhne, Glashütte I/SA, Richard Lange Model, Ref. 232.025, Movement No. 65'003, Case No. 175'947, Circa 2010
Cal. L041.2 mechanical movement, 26 jewels, screwed gold chatons, finely hand-engraved balance bridge, solid silver dial, Roman numerals, center seconds with stop seconds feature, outer one-sixth seconds divisions, heavy circular case, display back secured by six screws, platinum A. Lange & Söhne buckle, case, dial and movement signed
40.5mm diam.

注意事项

Prospective purchasers are advised that several countries prohibit the importation of property containing materials from endangered species, including but not limited to coral, ivory and tortoiseshell. Accordingly, prospective purchasers should familiarize themselves with relevant customs regulations prior to bidding if they intend to import this lot into another country.

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拍品专文

Accompanied by a A. Lange & Söhne Guarantee dated December 7, 2010, leather presentation box, product literature and outer packaging.

The Richard Lange model pays tribute to Richard Lange (1845-1935), eldest son of the company's founder Ferdinand Adolph Lange. Richard is said to have devoted his watchmaking career to scientific research for higher precision in watches. He is accredited with the discovery of a metal alloy for watch springs for which he was granted Patent No. 529945 in 1930.

The present watch model is regarded as the manufacture's first fine observation wristwatch and features a hack feature or stop second option. When the crown is pulled out, the blued steel sweep center seconds hand and the balance are stopped, thus allowing the watch to be synchronized with a time signal. For further precision measurement the dial is divided into outer 1/6th seconds intervals. The sweep center seconds is also driven by an independent wheel train, in order to maintain a constant force for the mean train and his escapement.